Split (2)

train · 8.66k rows

db_name stringclasses 146 values	prompt stringlengths 310 4.81k
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the biggest city in wyoming # ### SQL: # # SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name = "wyoming" ) AND state_name = "wyoming"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what wyoming city has the largest population # ### SQL: # # SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name = "wyoming" ) AND state_name = "wyoming"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the largest city in wyoming # ### SQL: # # SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name = "wyoming" ) AND state_name = "wyoming"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # where is the most populated area of wyoming # ### SQL: # # SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name = "wyoming" ) AND state_name = "wyoming"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which city in wyoming has the largest population # ### SQL: # # SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name = "wyoming" ) AND state_name = "wyoming"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what cities in wyoming have the highest number of citizens # ### SQL: # # SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name = "wyoming" ) AND state_name = "wyoming"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what cities in wyoming have the highest populations # ### SQL: # # SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name = "wyoming" ) AND state_name = "wyoming"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the most populous city in wyoming # ### SQL: # # SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name = "wyoming" ) AND state_name = "wyoming"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the largest city in wyoming by population # ### SQL: # # SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name = "wyoming" ) AND state_name = "wyoming"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the largest city of wyoming # ### SQL: # # SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name = "wyoming" ) AND state_name = "wyoming"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the city in wyoming with the largest population # ### SQL: # # SELECT city_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city WHERE state_name = "wyoming" ) AND state_name = "wyoming"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which rivers run through the state with the largest city in the us # ### SQL: # # SELECT river_name FROM river WHERE traverse IN ( SELECT state_name FROM city WHERE population = ( SELECT MAX ( population ) FROM city ) ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how big is new mexico # ### SQL: # # SELECT area FROM state WHERE state_name = "new mexico"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the area of new mexico # ### SQL: # # SELECT area FROM state WHERE state_name = "new mexico"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how large is new mexico # ### SQL: # # SELECT area FROM state WHERE state_name = "new mexico"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the area of the new mexico state # ### SQL: # # SELECT area FROM state WHERE state_name = "new mexico"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the size of new mexico # ### SQL: # # SELECT area FROM state WHERE state_name = "new mexico"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the area of new mexico in square kilometers # ### SQL: # # SELECT area FROM state WHERE state_name = "new mexico"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many people live in california # ### SQL: # # SELECT population FROM state WHERE state_name = "california"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many people reside in california # ### SQL: # # SELECT population FROM state WHERE state_name = "california"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many residents live in california # ### SQL: # # SELECT population FROM state WHERE state_name = "california"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how much population does california have # ### SQL: # # SELECT population FROM state WHERE state_name = "california"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what are the population of california # ### SQL: # # SELECT population FROM state WHERE state_name = "california"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the population of california # ### SQL: # # SELECT population FROM state WHERE state_name = "california"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many people are in the state of california # ### SQL: # # SELECT population FROM state WHERE state_name = "california"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what can you tell me about the population of california # ### SQL: # # SELECT population FROM state WHERE state_name = "california"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many people are there in california # ### SQL: # # SELECT population FROM state WHERE state_name = "california"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many citizens in california # ### SQL: # # SELECT population FROM state WHERE state_name = "california"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many people stay in california # ### SQL: # # SELECT population FROM state WHERE state_name = "california"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many citizens live in california # ### SQL: # # SELECT population FROM state WHERE state_name = "california"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what state has the smallest population # ### SQL: # # SELECT state_name FROM state WHERE population = ( SELECT MIN ( population ) FROM state ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the least populous state # ### SQL: # # SELECT state_name FROM state WHERE population = ( SELECT MIN ( population ) FROM state ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the state with the lowest population # ### SQL: # # SELECT state_name FROM state WHERE population = ( SELECT MIN ( population ) FROM state ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # give me the cities in texas # ### SQL: # # SELECT city_name FROM city WHERE state_name = "texas"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # tell me what cities are in texas # ### SQL: # # SELECT city_name FROM city WHERE state_name = "texas"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what cities are located in texas # ### SQL: # # SELECT city_name FROM city WHERE state_name = "texas"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what are the cities in texas # ### SQL: # # SELECT city_name FROM city WHERE state_name = "texas"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what cities in texas # ### SQL: # # SELECT city_name FROM city WHERE state_name = "texas"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # give me the cities which are in texas # ### SQL: # # SELECT city_name FROM city WHERE state_name = "texas"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the area of the state with the capital albany # ### SQL: # # SELECT area FROM state WHERE capital = "albany"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # give me the lakes in california # ### SQL: # # SELECT lake_name FROM lake WHERE state_name = "california"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # name the major lakes in michigan # ### SQL: # # SELECT lake_name FROM lake WHERE area > 750 AND state_name = "michigan"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what are the states # ### SQL: # # SELECT state_name FROM state; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # list the states # ### SQL: # # SELECT state_name FROM state; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # give me all the states of usa # ### SQL: # # SELECT state_name FROM state; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which states do ohio river flow through # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what states does the ohio river run through # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what states border the ohio river # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which states border the ohio river # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what states does the ohio run through # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # where is the ohio river # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which states does the ohio river run through # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which states does the ohio run through # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which states does the ohio river pass through # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what are the states that the ohio run through # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which state has the ohio river # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what states have rivers named ohio # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # through which states does the ohio flow # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what states are next to the ohio # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # through which states does the ohio run # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what states does the ohio river go through # ### SQL: # # SELECT traverse FROM river WHERE river_name = "ohio"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what state has the largest population # ### SQL: # # SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the most populous state # ### SQL: # # SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what state is the largest in population # ### SQL: # # SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which state has the biggest population # ### SQL: # # SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which state has the greatest population # ### SQL: # # SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which state has the most population # ### SQL: # # SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what state has the most people # ### SQL: # # SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which state has the most people # ### SQL: # # SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the most populous state in the us # ### SQL: # # SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what state has the highest population # ### SQL: # # SELECT state_name FROM state WHERE population = ( SELECT MAX ( population ) FROM state ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the lowest elevation in pennsylvania # ### SQL: # # SELECT lowest_elevation FROM highlow WHERE state_name = "pennsylvania"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the highest point in each state whose lowest point is sea level # ### SQL: # # SELECT highest_point , state_name FROM highlow WHERE lowest_elevation = 0; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the length of the longest river in the usa # ### SQL: # # SELECT LENGTH FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how long is the longest river in the usa # ### SQL: # # SELECT LENGTH FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river ); # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the longest river flowing through texas # ### SQL: # # SELECT river_name FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river WHERE traverse = "texas" ) AND traverse = "texas"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the largest river in texas state # ### SQL: # # SELECT river_name FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river WHERE traverse = "texas" ) AND traverse = "texas"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the longest river in texas # ### SQL: # # SELECT river_name FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river WHERE traverse = "texas" ) AND traverse = "texas"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the biggest river in texas # ### SQL: # # SELECT river_name FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river WHERE traverse = "texas" ) AND traverse = "texas"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what is the longest river that flows through texas # ### SQL: # # SELECT river_name FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river WHERE traverse = "texas" ) AND traverse = "texas"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what are the biggest rivers in texas # ### SQL: # # SELECT river_name FROM river WHERE LENGTH = ( SELECT MAX ( LENGTH ) FROM river WHERE traverse = "texas" ) AND traverse = "texas"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many rivers are in idaho # ### SQL: # # SELECT COUNT ( river_name ) FROM river WHERE traverse = "idaho"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # give me the number of rivers in idaho # ### SQL: # # SELECT COUNT ( river_name ) FROM river WHERE traverse = "idaho"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many rivers does idaho have # ### SQL: # # SELECT COUNT ( river_name ) FROM river WHERE traverse = "idaho"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many rivers are there in idaho # ### SQL: # # SELECT COUNT ( river_name ) FROM river WHERE traverse = "idaho"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many rivers run through idaho # ### SQL: # # SELECT COUNT ( river_name ) FROM river WHERE traverse = "idaho"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many rivers are found in idaho # ### SQL: # # SELECT COUNT ( river_name ) FROM river WHERE traverse = "idaho"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # how many rivers in idaho # ### SQL: # # SELECT COUNT ( river_name ) FROM river WHERE traverse = "idaho"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what states neighbor kentucky # ### SQL: # # SELECT border FROM border_info WHERE state_name = "kentucky"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which states border kentucky # ### SQL: # # SELECT border FROM border_info WHERE state_name = "kentucky"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what states border kentucky # ### SQL: # # SELECT border FROM border_info WHERE state_name = "kentucky"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # give me the states that border kentucky # ### SQL: # # SELECT border FROM border_info WHERE state_name = "kentucky"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what state borders kentucky # ### SQL: # # SELECT border FROM border_info WHERE state_name = "kentucky"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what states are next to kentucky # ### SQL: # # SELECT border FROM border_info WHERE state_name = "kentucky"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what states surround kentucky # ### SQL: # # SELECT border FROM border_info WHERE state_name = "kentucky"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which state borders kentucky # ### SQL: # # SELECT border FROM border_info WHERE state_name = "kentucky"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # what are the neighboring states for kentucky # ### SQL: # # SELECT border FROM border_info WHERE state_name = "kentucky"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which states adjoin kentucky # ### SQL: # # SELECT border FROM border_info WHERE state_name = "kentucky"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # states bordering kentucky # ### SQL: # # SELECT border FROM border_info WHERE state_name = "kentucky"; # ### End.
geo	### Complete SQL query only and with no explanation ### SQL tables followed by foreign key information: # # state ( state_name, population, area, country_name, capital, density ) # city ( city_name, population, country_name, state_name ) # border_info ( state_name, border ) # highlow ( state_name, highest_elevation, lowest_point, highest_point, lowest_elevation ) # lake ( lake_name, area, country_name, state_name ) # mountain ( mountain_name, mountain_altitude, country_name, state_name ) # river ( river_name, length, country_name, traverse ) # # city.state_name can be joined with state.state_name # border_info.border can be joined with state.state_name # border_info.state_name can be joined with state.state_name # highlow.state_name can be joined with state.state_name # mountain.state_name can be joined with state.state_name # river.traverse can be joined with state.state_name # ### Question: # # which state border kentucky # ### SQL: # # SELECT border FROM border_info WHERE state_name = "kentucky"; # ### End.

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