db_id stringclasses 146
values | question stringlengths 3 224 | sql stringlengths 18 577 | database_schema stringclasses 146
values |
|---|---|---|---|
geo | how many people in boulder | SELECT population FROM city WHERE city_name = "boulder"; | 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 inhabitants does boulder have | SELECT population FROM city WHERE city_name = "boulder"; | 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 | number of citizens in boulder | SELECT population FROM city WHERE city_name = "boulder"; | 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 citizens in boulder | SELECT population FROM city WHERE city_name = "boulder"; | 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 in alaska | SELECT city_name FROM city WHERE population = ( SELECT MIN ( population ) FROM city WHERE state_name = "alaska" ) AND 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 | which states lie on the largest river in the united states | 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 | which states does the longest river run through | 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 | which state has the longest river | 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 are the states through which the longest river runs | 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 | which states does the longest river cross | 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 area | SELECT density 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 density of the smallest state | SELECT density 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 have points higher than the highest point in colorado | SELECT state_name FROM highlow WHERE highest_elevation > ( SELECT highest_elevation FROM highlow 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 | which states have points that are higher than the highest point in colorado | SELECT state_name FROM highlow WHERE highest_elevation > ( SELECT highest_elevation FROM highlow 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 states high point are higher than that of colorado | SELECT state_name FROM highlow WHERE highest_elevation > ( SELECT highest_elevation FROM highlow 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 is the highest elevation in delaware | SELECT highest_elevation FROM highlow WHERE state_name = "delaware"; | 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 is the highest point of delaware | SELECT highest_elevation FROM highlow WHERE state_name = "delaware"; | 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 tall is the highest point in delaware | SELECT highest_elevation FROM highlow WHERE state_name = "delaware"; | 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 delaware in meters | SELECT highest_elevation FROM highlow WHERE state_name = "delaware"; | 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 is the highest point in delaware | SELECT highest_elevation FROM highlow WHERE state_name = "delaware"; | 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 longest river that passes through the us | SELECT river_name 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 | which is the longest river in usa | SELECT river_name 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 longest river in america | SELECT river_name 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 | name the longest river in us | SELECT river_name 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 river is the longest one in the united states | SELECT river_name 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 longest river in the us | SELECT river_name 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 longest river | SELECT river_name 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 longest river in the united states | SELECT river_name 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 state has the city with the largest population | SELECT state_name FROM city WHERE population = ( SELECT MAX ( population ) 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 state has the largest city | SELECT state_name FROM city WHERE population = ( SELECT MAX ( population ) 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 | which state has the largest city | SELECT state_name FROM city WHERE population = ( SELECT MAX ( population ) 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 state has the city with the most population | SELECT state_name FROM city WHERE population = ( SELECT MAX ( population ) 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 smallest city in the largest state | SELECT city_name FROM city WHERE population = ( SELECT MIN ( population ) FROM city WHERE state_name IN ( SELECT state_name FROM state WHERE area = ( SELECT MAX ( area ) FROM state ) ) ) AND 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 state is the biggest | 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 state with the largest area | 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 state has the largest area | 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 biggest state in continental us | 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 | state the state with the largest area | 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 largest state in usa | 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 biggest state | 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 biggest state in the usa | 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 | give me the largest state | 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 largest state in the us | 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 largest state | 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 are the highest points of states surrounding mississippi | SELECT highest_point FROM highlow WHERE state_name IN ( SELECT border FROM border_info WHERE state_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 are the high points of states surrounding mississippi | SELECT highest_point FROM highlow WHERE state_name IN ( SELECT border FROM border_info WHERE state_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 highest point in states bordering colorado | SELECT highest_point FROM highlow WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "colorado" ) ORDER BY highest_elevation 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 is the highest point in the states bordering colorado | SELECT highest_point FROM highlow WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "colorado" ) ORDER BY highest_elevation 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 is the state with the lowest population density | SELECT state_name FROM state WHERE density = ( SELECT MIN ( density ) 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 state has the lowest population density | SELECT state_name FROM state WHERE density = ( SELECT MIN ( density ) 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 state has the lowest population density | SELECT state_name FROM state WHERE density = ( SELECT MIN ( density ) 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 state has the smallest population density | SELECT state_name FROM state WHERE density = ( SELECT MIN ( density ) 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 state has the sparsest population density | SELECT state_name FROM state WHERE density = ( SELECT MIN ( density ) 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 state has the sparsest population density | SELECT state_name FROM state WHERE density = ( SELECT MIN ( density ) 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 state has the least population density | SELECT state_name FROM state WHERE density = ( SELECT MIN ( density ) 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 state has the least population density | SELECT state_name FROM state WHERE density = ( SELECT MIN ( density ) 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 state has the smallest population density | SELECT state_name FROM state WHERE density = ( SELECT MIN ( density ) 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 the highest point in texas | SELECT highest_point 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 | what is the highest point in texas | SELECT highest_point 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 | what is the high point of texas | SELECT highest_point 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 | what is the highest mountain in texas | SELECT highest_point 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 | could you tell me what is the highest point in the state of texas | SELECT highest_point 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 | what states have no bordering state | SELECT state_name FROM state WHERE state_name NOT IN ( SELECT 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 | name the states which have no surrounding states | SELECT state_name FROM state WHERE state_name NOT IN ( SELECT 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 | which states border no other states | SELECT state_name FROM state WHERE state_name NOT IN ( SELECT 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 area of the state with the smallest population density | SELECT area FROM state WHERE density = ( SELECT MIN ( density ) 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 | count the states which have elevations lower than what alabama has | SELECT COUNT ( state_name ) FROM highlow WHERE lowest_elevation < ( SELECT lowest_elevation FROM highlow WHERE state_name = "alabama" ); | 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 is guadalupe peak | SELECT highest_elevation FROM highlow WHERE highest_point = "guadalupe peak"; | 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 tall is guadalupe peak | SELECT highest_elevation FROM highlow WHERE highest_point = "guadalupe peak"; | 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 maximum elevation of guadalupe peak | SELECT highest_elevation FROM highlow WHERE highest_point = "guadalupe peak"; | 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 is the highest point in america | 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 | what is the highest elevation in the united states | 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 | what is the elevation of the highest point in the usa | 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 | what is the height of the highest point in the usa | 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 | how long is the rio grande river | SELECT LENGTH 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 length of the rio grande river | SELECT LENGTH 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 length is the rio grande | SELECT LENGTH 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 long is the rio grande | SELECT LENGTH 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 long is the rio grande river in miles | SELECT LENGTH 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 long is rio grande | SELECT LENGTH 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 long is the longest river in texas | SELECT LENGTH FROM river WHERE LENGTH = ( SELECT MAX ( 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 is the length of the longest river that runs through texas | SELECT LENGTH FROM river WHERE LENGTH = ( SELECT MAX ( 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 | how many capitals does rhode island have | SELECT COUNT ( capital ) FROM state WHERE state_name = "rhode island"; | 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 there in the united states | SELECT COUNT ( 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 | how many cities does the usa have | SELECT COUNT ( 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 | how many cities are there in the us | SELECT COUNT ( 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 | how many cities are there in usa | SELECT COUNT ( 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 | how many cities are there in us | SELECT COUNT ( 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 | how many major cities are there | SELECT COUNT ( city_name ) FROM city WHERE 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 | how many citizens does the biggest city have in the usa | SELECT population FROM city WHERE population = ( SELECT MAX ( population ) 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 | how many colorado rivers are there | SELECT COUNT ( river_name ) FROM river WHERE river_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 rivers are called colorado | SELECT COUNT ( river_name ) FROM river WHERE river_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 is the population of seattle washington | SELECT population FROM city WHERE city_name = "seattle" AND state_name = "washington"; | 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 people live in seattle washington | SELECT population FROM city WHERE city_name = "seattle" AND state_name = "washington"; | 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 people live in the biggest city in alaska state | SELECT population FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name = "alaska" ) AND 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 large is the largest city in alaska | SELECT population FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name = "alaska" ) AND 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 people live in the capital of texas | SELECT population FROM city WHERE city_name = ( SELECT capital FROM state 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 size of the capital of texas | SELECT population FROM city WHERE city_name = ( SELECT capital FROM state 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 people live in the united states | SELECT SUM ( 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 combined population of all 50 states | SELECT SUM ( 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: []
|
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.