db_id stringclasses 146
values | schema stringclasses 146
values | question stringlengths 3 224 | sql stringlengths 18 577 |
|---|---|---|---|
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | which us city has the highest population density | SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the biggest city in the usa | SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | whats the largest city | SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what city has the largest population | SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the biggest city in the us | SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the biggest city in usa | SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the biggest capital city in the us | SELECT city_name FROM city WHERE population = ( SELECT MAX ( t1.population ) FROM state AS t2 JOIN city AS t1 ON t2.capital = t1.city_name ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the largest capital city in the usa | SELECT city_name FROM city WHERE population = ( SELECT MAX ( t1.population ) FROM state AS t2 JOIN city AS t1 ON t2.capital = t1.city_name ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the largest state capital in population | SELECT city_name FROM city WHERE population = ( SELECT MAX ( t1.population ) FROM state AS t2 JOIN city AS t1 ON t2.capital = t1.city_name ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the largest capital | SELECT city_name FROM city WHERE population = ( SELECT MAX ( t1.population ) FROM state AS t2 JOIN city AS t1 ON t2.capital = t1.city_name ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the most populated capital in the usa | SELECT city_name FROM city WHERE population = ( SELECT MAX ( t1.population ) FROM state AS t2 JOIN city AS t1 ON t2.capital = t1.city_name ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what capital is the largest in the us | SELECT city_name FROM city WHERE population = ( SELECT MAX ( t1.population ) FROM state AS t2 JOIN city AS t1 ON t2.capital = t1.city_name ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what capital has the largest population | SELECT city_name FROM city WHERE population = ( SELECT MAX ( t1.population ) FROM state AS t2 JOIN city AS t1 ON t2.capital = t1.city_name ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is largest capital | SELECT city_name FROM city WHERE population = ( SELECT MAX ( t1.population ) FROM state AS t2 JOIN city AS t1 ON t2.capital = t1.city_name ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the capital of states that have cities named durham | SELECT t2.capital FROM state AS t2 JOIN city AS t1 ON t2.state_name = t1.state_name WHERE t1.city_name = "durham"; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the capital of the smallest state | SELECT capital FROM state WHERE area = ( SELECT MIN ( area ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the capital of the state with the largest population density | SELECT DISTINCT capital FROM state WHERE density = ( SELECT MAX ( density ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the capital of the state with the largest population | SELECT capital FROM state WHERE population = ( SELECT MAX ( population ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the capital of the state with the most inhabitants | SELECT capital FROM state WHERE population = ( SELECT MAX ( population ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the capital of the state with the longest river | SELECT capital FROM state WHERE state_name IN ( SELECT traverse FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river ) ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the combined area of all 50 states | SELECT SUM ( area ) FROM state; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the area of all the states combined | SELECT SUM ( area ) FROM state; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | how many square kilometers in the us | SELECT SUM ( area ) FROM state; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the total area of the usa | SELECT SUM ( area ) FROM state; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the density of the wyoming | SELECT density FROM state WHERE state_name = "wyoming"; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the population density of wyoming | SELECT density FROM state WHERE state_name = "wyoming"; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the density of wyoming | SELECT density FROM state WHERE state_name = "wyoming"; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the highest mountain in the us | SELECT mountain_name FROM mountain WHERE mountain_altitude = ( SELECT MAX ( mountain_altitude ) FROM mountain ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the highest mountain in us | SELECT mountain_name FROM mountain WHERE mountain_altitude = ( SELECT MAX ( mountain_altitude ) FROM mountain ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the tallest mountain in america | SELECT mountain_name FROM mountain WHERE mountain_altitude = ( SELECT MAX ( mountain_altitude ) FROM mountain ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the tallest mountain in the united states | SELECT mountain_name FROM mountain WHERE mountain_altitude = ( SELECT MAX ( mountain_altitude ) FROM mountain ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the highest point in the state with capital des moines | SELECT highest_point FROM highlow WHERE state_name IN ( SELECT state_name FROM state WHERE capital = "des moines" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the highest point in the state with the capital des moines | SELECT highest_point FROM highlow WHERE state_name IN ( SELECT state_name FROM state WHERE capital = "des moines" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the highest point in the usa | SELECT highest_point FROM highlow WHERE highest_elevation = ( SELECT MAX ( highest_elevation ) FROM highlow ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the highest point of the usa | SELECT highest_point FROM highlow WHERE highest_elevation = ( SELECT MAX ( highest_elevation ) FROM highlow ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the highest point in the country | SELECT highest_point FROM highlow WHERE highest_elevation = ( SELECT MAX ( highest_elevation ) FROM highlow ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the highest point in the us | SELECT highest_point FROM highlow WHERE highest_elevation = ( SELECT MAX ( highest_elevation ) FROM highlow ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the highest point in the united states | SELECT highest_point FROM highlow WHERE highest_elevation = ( SELECT MAX ( highest_elevation ) FROM highlow ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the highest point of the state with the smallest population density | SELECT highest_point FROM highlow WHERE state_name IN ( SELECT state_name FROM state WHERE density = ( SELECT MIN ( density ) FROM state ) ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the largest city in smallest state through which the mississippi runs | SELECT city_name FROM city WHERE state_name IN ( SELECT state_name FROM state WHERE state_name IN ( SELECT traverse FROM river WHERE river_name = "mississippi" ) AND area = ( SELECT MIN ( area ) FROM state WHERE state_name IN ( SELECT traverse FROM river WHERE river_name = "mississippi" ) ) ) ORDER BY population ... |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the largest city in the smallest state in the usa | SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name IN ( SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ) ) ) AND state_name IN ( SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ) ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the biggest city in the smallest state | SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name IN ( SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ) ) ) AND state_name IN ( SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ) ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the largest state bordering california | SELECT state_name FROM state WHERE area = ( SELECT MAX ( area ) FROM state WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "california" ) ) AND state_name IN ( SELECT border FROM border_info WHERE state_name = "california" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the largest state that borders california | SELECT state_name FROM state WHERE area = ( SELECT MAX ( area ) FROM state WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "california" ) ) AND state_name IN ( SELECT border FROM border_info WHERE state_name = "california" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what state that borders california is the largest | SELECT state_name FROM state WHERE area = ( SELECT MAX ( area ) FROM state WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "california" ) ) AND state_name IN ( SELECT border FROM border_info WHERE state_name = "california" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the longest river in the largest state | SELECT river_name FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river WHERE traverse IN ( SELECT state_name FROM state WHERE area = ( SELECT MAX ( area ) FROM state ) ) ) AND traverse IN ( SELECT state_name FROM state WHERE area = ( SELECT MAX ( area ) FROM state ) ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the longest river in the states that border tennessee | SELECT river_name FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river WHERE traverse IN ( SELECT border FROM border_info WHERE state_name = "tennessee" ) ) AND traverse IN ( SELECT border FROM border_info WHERE state_name = "tennessee" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the longest river that flows through a state that borders tennessee | SELECT river_name FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river WHERE traverse IN ( SELECT border FROM border_info WHERE state_name = "tennessee" ) ) AND traverse IN ( SELECT border FROM border_info WHERE state_name = "tennessee" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the longest river that runs through a state that borders tennessee | SELECT river_name FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river WHERE traverse IN ( SELECT border FROM border_info WHERE state_name = "tennessee" ) ) AND traverse IN ( SELECT border FROM border_info WHERE state_name = "tennessee" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the longest river in the state with the most major cities | SELECT river_name FROM river WHERE traverse = ( SELECT state_name FROM city WHERE population > 150000 GROUP BY state_name ORDER BY COUNT ( city_name ) DESC LIMIT 1 ) ORDER BY LENGTH DESC LIMIT 1; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the lowest point in iowa | SELECT lowest_point FROM highlow WHERE state_name = "iowa"; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the lowest point in iowa in meters | SELECT lowest_point FROM highlow WHERE state_name = "iowa"; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the lowest point in the state of iowa | SELECT lowest_point FROM highlow WHERE state_name = "iowa"; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | where is the lowest point in iowa | SELECT lowest_point FROM highlow WHERE state_name = "iowa"; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the lowest point of iowa | SELECT lowest_point FROM highlow WHERE state_name = "iowa"; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | where is the lowest spot in iowa | SELECT lowest_point FROM highlow WHERE state_name = "iowa"; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the lowest point in usa | SELECT lowest_point FROM highlow WHERE lowest_elevation = ( SELECT MIN ( lowest_elevation ) FROM highlow ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the lowest point in the united states | SELECT lowest_point FROM highlow WHERE lowest_elevation = ( SELECT MIN ( lowest_elevation ) FROM highlow ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | where is the lowest point in the us | SELECT lowest_point FROM highlow WHERE lowest_elevation = ( SELECT MIN ( lowest_elevation ) FROM highlow ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the lowest point of the us | SELECT lowest_point FROM highlow WHERE lowest_elevation = ( SELECT MIN ( lowest_elevation ) FROM highlow ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the lowest point of all states through which the mississippi river runs through | SELECT lowest_point FROM highlow WHERE state_name IN ( SELECT traverse FROM river WHERE river_name = "mississippi" ) ORDER BY lowest_elevation LIMIT 1; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | which is the lowest point of the states that the mississippi runs through | SELECT lowest_point FROM highlow WHERE state_name IN ( SELECT traverse FROM river WHERE river_name = "mississippi" ) ORDER BY lowest_elevation LIMIT 1; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the most dense state in the usa | SELECT state_name FROM state WHERE density = ( SELECT MAX ( density ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | which state has the highest population density | SELECT state_name FROM state WHERE density = ( SELECT MAX ( density ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | which state has the greatest density | SELECT state_name FROM state WHERE density = ( SELECT MAX ( density ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what state has the highest population density | SELECT state_name FROM state WHERE density = ( SELECT MAX ( density ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what state has the greatest population density | SELECT state_name FROM state WHERE density = ( SELECT MAX ( density ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what state has the largest population density | SELECT state_name FROM state WHERE density = ( SELECT MAX ( density ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the state with the largest density in usa | SELECT state_name FROM state WHERE density = ( SELECT MAX ( density ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the state with the largest population density | SELECT state_name FROM state WHERE density = ( SELECT MAX ( density ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | which state has the largest density | SELECT state_name FROM state WHERE density = ( SELECT MAX ( density ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the most populous state through which the mississippi runs | SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state WHERE state_name IN ( SELECT traverse FROM river WHERE river_name = "mississippi" ) ) AND state_name IN ( SELECT traverse FROM river WHERE river_name = "mississippi" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what state which the mississippi runs through has the largest population | SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state WHERE state_name IN ( SELECT traverse FROM river WHERE river_name = "mississippi" ) ) AND state_name IN ( SELECT traverse FROM river WHERE river_name = "mississippi" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the population density of the largest state | SELECT density FROM state WHERE area = ( SELECT MAX ( area ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the population of the largest city in the state with the largest area | SELECT population FROM city WHERE population = ( SELECT MAX ( 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 ) ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the population of the smallest state | SELECT population FROM state WHERE area = ( SELECT MIN ( area ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the population of the state with the highest population density | SELECT population FROM state WHERE density = ( SELECT MAX ( density ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | how many people live in the state with the largest population density | SELECT population FROM state WHERE density = ( SELECT MAX ( density ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the smallest city in the usa | SELECT city_name FROM city WHERE population = ( SELECT MIN ( population ) FROM city ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the smallest city in the us | SELECT city_name FROM city WHERE population = ( SELECT MIN ( population ) FROM city ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what city has the least population | SELECT city_name FROM city WHERE population = ( SELECT MIN ( population ) FROM city ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the city with the smallest population | SELECT city_name FROM city WHERE population = ( SELECT MIN ( population ) FROM city ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the smallest state bordering texas | SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "texas" ) ) AND state_name IN ( SELECT border FROM border_info WHERE state_name = "texas" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the smallest state that borders texas | SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "texas" ) ) AND state_name IN ( SELECT border FROM border_info WHERE state_name = "texas" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | which state has the smallest area that borders texas | SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state WHERE state_name IN ( SELECT border FROM border_info WHERE state_name = "texas" ) ) AND state_name IN ( SELECT border FROM border_info WHERE state_name = "texas" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the smallest state that the mississippi river runs through | SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state WHERE state_name IN ( SELECT traverse FROM river WHERE river_name = "mississippi" ) ) AND state_name IN ( SELECT traverse FROM river WHERE river_name = "mississippi" ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the state with the smallest area | SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | which is the smallest state | SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | which state is the smallest | SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the smallest state in the usa | SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the smallest state by area | SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what state has the smallest area | SELECT state_name FROM state WHERE area = ( SELECT MIN ( area ) FROM state ); |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what is the total length of all rivers in the usa | SELECT SUM ( LENGTH ) FROM river; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what river flows through the most states | SELECT river_name FROM river GROUP BY ( river_name ) ORDER BY COUNT ( DISTINCT traverse ) DESC LIMIT 1; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | which river goes through the most states | SELECT river_name FROM river GROUP BY ( river_name ) ORDER BY COUNT ( DISTINCT traverse ) DESC LIMIT 1; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | which river runs through most states | SELECT river_name FROM river GROUP BY ( river_name ) ORDER BY COUNT ( DISTINCT traverse ) DESC LIMIT 1; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | which river traverses most states | SELECT river_name FROM river GROUP BY ( river_name ) ORDER BY COUNT ( DISTINCT traverse ) DESC LIMIT 1; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what river traverses the most states | SELECT river_name FROM river GROUP BY ( river_name ) ORDER BY COUNT ( DISTINCT traverse ) DESC LIMIT 1; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | which river runs through the most states | SELECT river_name FROM river GROUP BY ( river_name ) ORDER BY COUNT ( DISTINCT traverse ) DESC LIMIT 1; |
geo | 【DB_ID】 geo
【Schema】
# Table: main.border_info
[
(state_name:TEXT, Primary Key),
(border:TEXT, Primary Key)
]
# Table: main.city
[
(city_name:TEXT, Primary Key),
(population:INTEGER),
(country_name:VARCHAR),
(state_name:TEXT, Primary Key)
]
# Table: main.highlow
[
(state_name:TEXT, Primary Key),
(highest_elevation:TEXT... | what river runs through the most states | SELECT river_name FROM river GROUP BY ( river_name ) ORDER BY COUNT ( DISTINCT traverse ) DESC LIMIT 1; |
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