db_id stringclasses 146
values | question stringlengths 3 224 | sql stringlengths 18 577 | database_schema stringclasses 146
values |
|---|---|---|---|
geo | what state contains the highest point in the us | SELECT state_name FROM highlow WHERE highest_elevation = ( SELECT MAX ( highest_elevation ) FROM highlow ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | which state has the lowest elevation | SELECT state_name FROM highlow WHERE lowest_elevation = ( SELECT MIN ( lowest_elevation ) FROM highlow ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the name of the state with the lowest point | SELECT state_name FROM highlow WHERE lowest_elevation = ( SELECT MIN ( lowest_elevation ) FROM highlow ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the state with the lowest point | SELECT state_name FROM highlow WHERE lowest_elevation = ( SELECT MIN ( lowest_elevation ) FROM highlow ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | which state has the lowest point that borders idaho | SELECT state_name FROM highlow WHERE lowest_elevation = ( SELECT MIN ( lowest_elevation ) FROM highlow WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "idaho" ) ) AND state_name IN ( SELECT border FROM border_info WHERE state_name = "idaho" ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | which state has the smallest average urban population | SELECT state_name FROM city GROUP BY state_name ORDER BY AVG ( population ) LIMIT 1; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | which state is mount whitney in | SELECT state_name FROM mountain WHERE mountain_name = "whitney"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | in what state is mount whitney | SELECT state_name FROM mountain WHERE mountain_name = "whitney"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | where is mount whitney | SELECT state_name FROM mountain WHERE mountain_name = "whitney"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | where is mount whitney located | SELECT state_name FROM mountain WHERE mountain_name = "whitney"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | which states have a river | SELECT traverse FROM river; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what states have rivers running through them | SELECT traverse FROM river; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | which states have a major city named austin | SELECT state_name FROM city WHERE city_name = "austin" AND population > 150000; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the largest city in a state that borders california | SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "california" ) ) AND state_name IN ( SELECT border FROM border_info WHERE state_name = "california" ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the largest city in states that border california | SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "california" ) ) AND state_name IN ( SELECT border FROM border_info WHERE state_name = "california" ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many rivers do not traverse the state with the capital albany | SELECT COUNT ( river_name ) FROM river WHERE traverse NOT IN ( SELECT state_name FROM state WHERE capital = "albany" ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the shortest river in texas | SELECT river_name FROM river WHERE LENGTH = ( SELECT MIN ( LENGTH ) FROM river WHERE traverse = "texas" ) AND traverse = "texas"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what are the major cities in the smallest state in the us | SELECT city_name FROM city WHERE population > 150000 AND state_name = ( SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the population of the capital of the largest state through which the mississippi runs | SELECT population FROM city WHERE city_name = ( SELECT capital FROM state WHERE area = ( SELECT MAX ( t1.area ) FROM state AS t1 JOIN river AS t2 ON t1.state_name = t2.traverse WHERE t2.river_name = "mississippi" ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the shortest river in the usa | SELECT river_name FROM river WHERE LENGTH = ( SELECT MIN ( LENGTH ) FROM river ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the shortest river | SELECT river_name FROM river WHERE LENGTH = ( SELECT MIN ( LENGTH ) FROM river ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the shortest river in the us | SELECT river_name FROM river WHERE LENGTH = ( SELECT MIN ( LENGTH ) FROM river ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the shortest river in the united states | SELECT river_name FROM river WHERE LENGTH = ( SELECT MIN ( LENGTH ) FROM river ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | which is the shortest river | SELECT river_name FROM river WHERE LENGTH = ( SELECT MIN ( LENGTH ) FROM river ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the capital of the state that borders the state that borders texas | SELECT capital FROM state WHERE state_name IN ( SELECT border FROM border_info WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "texas" ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the smallest city of the smallest state in the us | SELECT city_name FROM city WHERE population = ( SELECT MIN ( population ) FROM city WHERE state_name IN ( SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ) ) ) AND state_name IN ( SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the population of the largest state that borders texas | SELECT population FROM state WHERE area = ( SELECT MAX ( area ) FROM state WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "texas" ) ) AND state_name IN ( SELECT border FROM border_info WHERE state_name = "texas" ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what state is salem the capital of | SELECT state_name FROM state WHERE capital = "salem"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what states capital is salem | SELECT state_name FROM state WHERE capital = "salem"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | salem is the capital of which state | SELECT state_name FROM state WHERE capital = "salem"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what state has the capital salem | SELECT state_name FROM state WHERE capital = "salem"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what rivers flow through the state with the largest population | SELECT river_name FROM river WHERE traverse IN ( SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the largest state that borders the state with the highest population | SELECT state_name FROM state WHERE area = ( SELECT MAX ( area ) FROM state WHERE state_name IN ( SELECT state_name FROM border_info WHERE border IN ( SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ) ) ) ) AND state_name IN ( SELECT state_name FROM border_info WHERE border IN ( SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ) ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many rivers are there in us | SELECT COUNT ( river_name ) FROM river; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | name the 50 capitals in the usa | SELECT DISTINCT capital FROM state; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many states have a city named springfield | SELECT COUNT ( state_name ) FROM city WHERE city_name = "springfield"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many states have a city called springfield | SELECT COUNT ( state_name ) FROM city WHERE city_name = "springfield"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many states have cities named springfield | SELECT COUNT ( state_name ) FROM city WHERE city_name = "springfield"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many states have cities or towns named springfield | SELECT COUNT ( state_name ) FROM city WHERE city_name = "springfield"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what state borders the state with the smallest population | SELECT border FROM border_info WHERE state_name IN ( SELECT state_name FROM state WHERE population = ( SELECT MIN ( population ) FROM state ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what are the lakes in states bordering texas | SELECT lake_name FROM lake WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "texas" ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many major cities are in texas | SELECT COUNT ( city_name ) FROM city WHERE population > 150000 AND state_name = "texas"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many big cities are in texas | SELECT COUNT ( city_name ) FROM city WHERE population > 150000 AND state_name = "texas"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many major cities are there in texas | SELECT COUNT ( city_name ) FROM city WHERE population > 150000 AND state_name = "texas"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how high are the highest points of all the states | SELECT highest_elevation FROM highlow; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many states does the missouri run through | SELECT COUNT ( traverse ) FROM river WHERE river_name = "missouri"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many states does the missouri river flow through | SELECT COUNT ( traverse ) FROM river WHERE river_name = "missouri"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many states does the missouri river run through | SELECT COUNT ( traverse ) FROM river WHERE river_name = "missouri"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the longest river in the smallest state in the usa | SELECT river_name FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river WHERE traverse IN ( SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ) ) ) AND traverse IN ( SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the average population per square km in pennsylvania | SELECT population / area FROM state WHERE state_name = "pennsylvania"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what states border states that border states that border florida | SELECT border FROM border_info WHERE state_name IN ( SELECT border FROM border_info WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "florida" ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many states border at least one other state | SELECT COUNT ( DISTINCT state_name ) FROM border_info; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the height of the highest mountain in texas | SELECT MAX ( DISTINCT highest_elevation ) FROM highlow WHERE state_name = "texas"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many states border colorado and border new mexico | SELECT COUNT ( border ) FROM border_info WHERE border IN ( SELECT border FROM border_info WHERE state_name = "new mexico" ) AND state_name = "colorado"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many major cities are in states bordering nebraska | SELECT COUNT ( city_name ) FROM city WHERE population > 150000 AND state_name IN ( SELECT border FROM border_info WHERE state_name = "nebraska" ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the total population of the states that border texas | SELECT SUM ( t2.population ) FROM state AS t2 JOIN border_info AS t1 ON t2.state_name = t1.border WHERE t1.state_name = "texas"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what are the major lakes in united states | SELECT lake_name FROM lake WHERE area > 750; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | show me all the major lakes in the us | SELECT lake_name FROM lake WHERE area > 750; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | name all the lakes of us | SELECT lake_name FROM lake; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many major rivers cross ohio | SELECT COUNT ( river_name ) FROM river WHERE LENGTH > 750 AND traverse = "ohio"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what state has the shortest river | SELECT DISTINCT traverse FROM river WHERE LENGTH = ( SELECT MIN ( DISTINCT LENGTH ) FROM river ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many states are next to major rivers | SELECT COUNT ( DISTINCT traverse ) FROM river WHERE LENGTH > 750; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the height of mount mckinley | SELECT mountain_altitude FROM mountain WHERE mountain_name = "mckinley"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what states does the shortest river run through | SELECT traverse FROM river WHERE LENGTH = ( SELECT MIN ( LENGTH ) FROM river ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the highest point in the state with the smallest population | SELECT t2.highest_point FROM state AS t1 JOIN highlow AS t2 ON t1.state_name = t2.state_name WHERE t1.state_name IN ( SELECT state_name FROM state WHERE population = ( SELECT MIN ( population ) FROM state ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | which rivers run through the state with the lowest elevation in the usa | SELECT river_name FROM river WHERE traverse IN ( SELECT state_name FROM highlow WHERE lowest_elevation = ( SELECT MIN ( lowest_elevation ) FROM highlow ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what rivers run through the state with the lowest point in the usa | SELECT river_name FROM river WHERE traverse IN ( SELECT state_name FROM highlow WHERE lowest_elevation = ( SELECT MIN ( lowest_elevation ) FROM highlow ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what mountains are in alaska | SELECT mountain_name FROM mountain WHERE state_name = "alaska"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many states have major rivers | SELECT COUNT ( traverse ) FROM river WHERE LENGTH > 750; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the smallest state through which the longest river runs | SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state WHERE state_name IN ( SELECT traverse FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river ) ) ) AND state_name IN ( SELECT traverse FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the largest state traversed by the rio grande river | SELECT state_name FROM state WHERE area = ( SELECT MAX ( area ) FROM state WHERE state_name IN ( SELECT traverse FROM river WHERE river_name = "rio grande" ) ) AND state_name IN ( SELECT traverse FROM river WHERE river_name = "rio grande" ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the largest of the state that the rio grande runs through | SELECT state_name FROM state WHERE area = ( SELECT MAX ( area ) FROM state WHERE state_name IN ( SELECT traverse FROM river WHERE river_name = "rio grande" ) ) AND state_name IN ( SELECT traverse FROM river WHERE river_name = "rio grande" ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many rivers run through the states bordering colorado | SELECT COUNT ( river_name ) FROM river WHERE traverse IN ( SELECT border FROM border_info WHERE state_name = "colorado" ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what state has no rivers | SELECT state_name FROM state WHERE state_name NOT IN ( SELECT traverse FROM river ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the capital of the largest state | SELECT capital FROM state WHERE area = ( SELECT MAX ( area ) FROM state ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the capital city of the largest state in the us | SELECT capital FROM state WHERE area = ( SELECT MAX ( area ) FROM state ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many cities are in texas | SELECT COUNT ( city_name ) FROM city WHERE state_name = "texas"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many cities does texas have | SELECT COUNT ( city_name ) FROM city WHERE state_name = "texas"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the area of the states | SELECT area FROM state; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many states in the us does the shortest river run through | SELECT COUNT ( DISTINCT traverse ) FROM river WHERE LENGTH = ( SELECT MIN ( DISTINCT LENGTH ) FROM river ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what rivers flow through states that border the state with the largest population | SELECT river_name FROM river WHERE traverse IN ( SELECT border FROM border_info WHERE state_name IN ( SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ) ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what are the major cities in the largest state | SELECT city_name FROM city WHERE population > 150000 AND state_name = ( SELECT state_name FROM state WHERE area = ( SELECT MAX ( area ) FROM state ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the area of the smallest state | SELECT area FROM state WHERE area = ( SELECT MIN ( area ) FROM state ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | which states border the longest river in the usa | SELECT border FROM border_info WHERE state_name IN ( SELECT traverse FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the population density of the state with the smallest population | SELECT density FROM state WHERE population = ( SELECT MIN ( population ) FROM state ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many states border the mississippi river | SELECT COUNT ( DISTINCT border ) FROM border_info WHERE state_name IN ( SELECT traverse FROM river WHERE river_name = "mississippi" ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what states have a capital that is the highest point in the state | SELECT t1.state_name FROM state AS t1 JOIN highlow AS t2 ON t1.capital = t2.highest_point; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the population of the capital of the smallest state | SELECT population FROM city WHERE city_name = ( SELECT capital FROM state WHERE area = ( SELECT MIN ( area ) FROM state ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the population of the capital of the largest state | SELECT population FROM city WHERE city_name = ( SELECT capital FROM state WHERE area = ( SELECT MAX ( area ) FROM state ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the lowest point of the state with the largest area | SELECT t2.lowest_point FROM state AS t1 JOIN highlow AS t2 ON t1.state_name = t2.state_name WHERE t1.state_name IN ( SELECT state_name FROM state WHERE area = ( SELECT MAX ( area ) FROM state ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what states border states that border the state with the largest population | SELECT t1.border FROM border_info AS t2 JOIN border_info AS t1 ON t2.border = t1.state_name WHERE t2.state_name IN ( SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the size of the largest state in the usa | SELECT MAX ( area ) FROM state; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the area of the largest state | SELECT MAX ( area ) FROM state; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | which capitals are not major cities | SELECT t2.capital FROM state AS t2 JOIN city AS t1 ON t2.capital = t1.city_name WHERE t1.population <= 150000; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | give me the cities in usa | SELECT city_name FROM city; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what is the highest point of the state with the largest area | SELECT t2.highest_point FROM state AS t1 JOIN highlow AS t2 ON t1.state_name = t2.state_name WHERE t1.state_name IN ( SELECT state_name FROM state WHERE area = ( SELECT MAX ( area ) FROM state ) ); | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | where is massachusetts | SELECT country_name FROM state WHERE state_name = "massachusetts"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what state has the largest urban population | SELECT state_name FROM city GROUP BY state_name ORDER BY SUM ( population ) DESC LIMIT 1; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | what are the major rivers in the us | SELECT river_name FROM river; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
geo | how many cities named austin are there in the usa | SELECT COUNT ( city_name ) FROM city WHERE city_name = "austin"; | CREATE TABLE `state` (
`state_name` text
, `population` integer DEFAULT NULL
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `capital` text
, `density` double DEFAULT NULL
, PRIMARY KEY (`state_name`)
)
3 rows from state table:
Empty DataFrame
Columns: [state_name, population, area, country_name, capital, density]
Index: []
CREATE TABLE `city` (
`city_name` text
, `population` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`city_name`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from city table:
Empty DataFrame
Columns: [city_name, population, country_name, state_name]
Index: []
CREATE TABLE `border_info` (
`state_name` text
, `border` text
, PRIMARY KEY (`border`,`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
, FOREIGN KEY(`border`) REFERENCES `state`(`state_name`)
)
3 rows from border_info table:
Empty DataFrame
Columns: [state_name, border]
Index: []
CREATE TABLE `highlow` (
`state_name` text
, `highest_elevation` text
, `lowest_point` text
, `highest_point` text
, `lowest_elevation` text
, PRIMARY KEY (`state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from highlow table:
Empty DataFrame
Columns: [state_name, highest_elevation, lowest_point, highest_point, lowest_elevation]
Index: []
CREATE TABLE `lake` (
`lake_name` text
, `area` double DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
)
3 rows from lake table:
Empty DataFrame
Columns: [lake_name, area, country_name, state_name]
Index: []
CREATE TABLE `mountain` (
`mountain_name` text
, `mountain_altitude` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `state_name` text
, PRIMARY KEY (`mountain_name`, `state_name`)
, FOREIGN KEY(`state_name`) REFERENCES `state`(`state_name`)
)
3 rows from mountain table:
Empty DataFrame
Columns: [mountain_name, mountain_altitude, country_name, state_name]
Index: []
CREATE TABLE `river` (
`river_name` text
, `length` integer DEFAULT NULL
, `country_name` varchar(3) NOT NULL DEFAULT ''
, `traverse` text
, PRIMARY KEY (`river_name`)
, FOREIGN KEY(`traverse`) REFERENCES `state`(`state_name`)
)
3 rows from river table:
Empty DataFrame
Columns: [river_name, length, country_name, traverse]
Index: []
|
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