db_name
stringclasses 146
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stringlengths 310
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|---|---|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the descriptions for the aircrafts?
#
### SQL:
#
# SELECT Description FROM aircraft
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What is the average number of international passengers of all airports?
#
### SQL:
#
# SELECT avg(International_Passengers) FROM airport
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What is the average number of international passengers for an airport?
#
### SQL:
#
# SELECT avg(International_Passengers) FROM airport
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the number of international and domestic passengers of the airport named London "Heathrow"?
#
### SQL:
#
# SELECT International_Passengers , Domestic_Passengers FROM airport WHERE Airport_Name = "London Heathrow"
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# How many international and domestic passengers are there in the airport London Heathrow?
#
### SQL:
#
# SELECT International_Passengers , Domestic_Passengers FROM airport WHERE Airport_Name = "London Heathrow"
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the total number of Domestic Passengers of airports that contain the word "London".
#
### SQL:
#
# SELECT sum(Domestic_Passengers) FROM airport WHERE Airport_Name LIKE "%London%"
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the total number of domestic passengers at all London airports?
#
### SQL:
#
# SELECT sum(Domestic_Passengers) FROM airport WHERE Airport_Name LIKE "%London%"
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the maximum and minimum number of transit passengers of all aiports.
#
### SQL:
#
# SELECT max(Transit_Passengers) , min(Transit_Passengers) FROM airport
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What is the maximum and mininum number of transit passengers for all airports?
#
### SQL:
#
# SELECT max(Transit_Passengers) , min(Transit_Passengers) FROM airport
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the name of pilots aged 25 or older?
#
### SQL:
#
# SELECT Name FROM pilot WHERE Age >= 25
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# what is the name of every pilot who is at least 25 years old?
#
### SQL:
#
# SELECT Name FROM pilot WHERE Age >= 25
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# List all pilot names in ascending alphabetical order.
#
### SQL:
#
# SELECT Name FROM pilot ORDER BY Name ASC
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the names of the pilots in alphabetical order?
#
### SQL:
#
# SELECT Name FROM pilot ORDER BY Name ASC
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# List names of all pilot aged 30 or younger in descending alphabetical order.
#
### SQL:
#
# SELECT Name FROM pilot WHERE Age <= 30 ORDER BY Name DESC
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the names of all pilots 30 years old or young in descending alphabetical order?
#
### SQL:
#
# SELECT Name FROM pilot WHERE Age <= 30 ORDER BY Name DESC
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# Please show the names of aircrafts associated with airport with name "London Gatwick".
#
### SQL:
#
# SELECT T1.Aircraft FROM aircraft AS T1 JOIN airport_aircraft AS T2 ON T1.Aircraft_ID = T2.Aircraft_ID JOIN airport AS T3 ON T2.Airport_ID = T3.Airport_ID WHERE T3.Airport_Name = "London Gatwick"
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the names of all the aircrafts associated with London Gatwick airport?
#
### SQL:
#
# SELECT T1.Aircraft FROM aircraft AS T1 JOIN airport_aircraft AS T2 ON T1.Aircraft_ID = T2.Aircraft_ID JOIN airport AS T3 ON T2.Airport_ID = T3.Airport_ID WHERE T3.Airport_Name = "London Gatwick"
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# Please show the names and descriptions of aircrafts associated with airports that have a total number of passengers bigger than 10000000.
#
### SQL:
#
# SELECT T1.Aircraft , T1.Description FROM aircraft AS T1 JOIN airport_aircraft AS T2 ON T1.Aircraft_ID = T2.Aircraft_ID JOIN airport AS T3 ON T2.Airport_ID = T3.Airport_ID WHERE T3.Total_Passengers > 10000000
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the names and descriptions of aircrafts associated with an airport that has more total passengers than 10000000?
#
### SQL:
#
# SELECT T1.Aircraft , T1.Description FROM aircraft AS T1 JOIN airport_aircraft AS T2 ON T1.Aircraft_ID = T2.Aircraft_ID JOIN airport AS T3 ON T2.Airport_ID = T3.Airport_ID WHERE T3.Total_Passengers > 10000000
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What is the average total number of passengers of airports that are associated with aircraft "Robinson R-22"?
#
### SQL:
#
# SELECT avg(T3.Total_Passengers) FROM aircraft AS T1 JOIN airport_aircraft AS T2 ON T1.Aircraft_ID = T2.Aircraft_ID JOIN airport AS T3 ON T2.Airport_ID = T3.Airport_ID WHERE T1.Aircraft = "Robinson R-22"
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What is the average total number of passengers for all airports that the aircraft "Robinson R-22" visits?
#
### SQL:
#
# SELECT avg(T3.Total_Passengers) FROM aircraft AS T1 JOIN airport_aircraft AS T2 ON T1.Aircraft_ID = T2.Aircraft_ID JOIN airport AS T3 ON T2.Airport_ID = T3.Airport_ID WHERE T1.Aircraft = "Robinson R-22"
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# Please list the location and the winning aircraft name.
#
### SQL:
#
# SELECT T2.Location , T1.Aircraft FROM aircraft AS T1 JOIN MATCH AS T2 ON T1.Aircraft_ID = T2.Winning_Aircraft
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What is the location and name of the winning aircraft?
#
### SQL:
#
# SELECT T2.Location , T1.Aircraft FROM aircraft AS T1 JOIN MATCH AS T2 ON T1.Aircraft_ID = T2.Winning_Aircraft
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# List the name of the aircraft that has been named winning aircraft the most number of times.
#
### SQL:
#
# SELECT T1.Aircraft FROM aircraft AS T1 JOIN MATCH AS T2 ON T1.Aircraft_ID = T2.Winning_Aircraft GROUP BY T2.Winning_Aircraft ORDER BY COUNT(*) DESC LIMIT 1
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What is the name of the aircraft that has won an award the most?
#
### SQL:
#
# SELECT T1.Aircraft FROM aircraft AS T1 JOIN MATCH AS T2 ON T1.Aircraft_ID = T2.Winning_Aircraft GROUP BY T2.Winning_Aircraft ORDER BY COUNT(*) DESC LIMIT 1
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# List the names of aircrafts and the number of times it won matches.
#
### SQL:
#
# SELECT T1.Aircraft , COUNT(*) FROM aircraft AS T1 JOIN MATCH AS T2 ON T1.Aircraft_ID = T2.Winning_Aircraft GROUP BY T2.Winning_Aircraft
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# For each aircraft that has won an award, what is its name and how many time has it won?
#
### SQL:
#
# SELECT T1.Aircraft , COUNT(*) FROM aircraft AS T1 JOIN MATCH AS T2 ON T1.Aircraft_ID = T2.Winning_Aircraft GROUP BY T2.Winning_Aircraft
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# List names of all pilot in descending order of age.
#
### SQL:
#
# SELECT Name FROM pilot ORDER BY Age DESC
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the names of all pilots listed by descending age?
#
### SQL:
#
# SELECT Name FROM pilot ORDER BY Age DESC
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# List the names of aircrafts and that won matches at least twice.
#
### SQL:
#
# SELECT T1.Aircraft FROM aircraft AS T1 JOIN MATCH AS T2 ON T1.Aircraft_ID = T2.Winning_Aircraft GROUP BY T2.Winning_Aircraft HAVING COUNT(*) >= 2
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the names of all aircrafts that have won a match at least twice?
#
### SQL:
#
# SELECT T1.Aircraft FROM aircraft AS T1 JOIN MATCH AS T2 ON T1.Aircraft_ID = T2.Winning_Aircraft GROUP BY T2.Winning_Aircraft HAVING COUNT(*) >= 2
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# List the names of aircrafts and that did not win any match.
#
### SQL:
#
# SELECT Aircraft FROM aircraft WHERE Aircraft_ID NOT IN (SELECT Winning_Aircraft FROM MATCH)
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the names of all aicrafts that have never won any match?
#
### SQL:
#
# SELECT Aircraft FROM aircraft WHERE Aircraft_ID NOT IN (SELECT Winning_Aircraft FROM MATCH)
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# Show the names of aircrafts that are associated with both an airport named "London Heathrow" and an airport named "London Gatwick"
#
### SQL:
#
# SELECT T1.Aircraft FROM aircraft AS T1 JOIN airport_aircraft AS T2 ON T1.Aircraft_ID = T2.Aircraft_ID JOIN airport AS T3 ON T2.Airport_ID = T3.Airport_ID WHERE T3.Airport_Name = "London Heathrow" INTERSECT SELECT T1.Aircraft FROM aircraft AS T1 JOIN airport_aircraft AS T2 ON T1.Aircraft_ID = T2.Aircraft_ID JOIN airport AS T3 ON T2.Airport_ID = T3.Airport_ID WHERE T3.Airport_Name = "London Gatwick"
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the names of all aircrafts that are associated with both London Heathrow and Gatwick airports?
#
### SQL:
#
# SELECT T1.Aircraft FROM aircraft AS T1 JOIN airport_aircraft AS T2 ON T1.Aircraft_ID = T2.Aircraft_ID JOIN airport AS T3 ON T2.Airport_ID = T3.Airport_ID WHERE T3.Airport_Name = "London Heathrow" INTERSECT SELECT T1.Aircraft FROM aircraft AS T1 JOIN airport_aircraft AS T2 ON T1.Aircraft_ID = T2.Aircraft_ID JOIN airport AS T3 ON T2.Airport_ID = T3.Airport_ID WHERE T3.Airport_Name = "London Gatwick"
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# Show all information on the airport that has the largest number of international passengers.
#
### SQL:
#
# SELECT * FROM airport ORDER BY International_Passengers DESC LIMIT 1
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What is all the information on the airport with the largest number of international passengers?
#
### SQL:
#
# SELECT * FROM airport ORDER BY International_Passengers DESC LIMIT 1
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# find the name and age of the pilot who has won the most number of times among the pilots who are younger than 30.
#
### SQL:
#
# SELECT t1.name , t1.age FROM pilot AS t1 JOIN MATCH AS t2 ON t1.pilot_id = t2.winning_pilot WHERE t1.age < 30 GROUP BY t2.winning_pilot ORDER BY count(*) DESC LIMIT 1
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What is the name and age of the pilot younger than 30 who has won the most number of times?
#
### SQL:
#
# SELECT t1.name , t1.age FROM pilot AS t1 JOIN MATCH AS t2 ON t1.pilot_id = t2.winning_pilot WHERE t1.age < 30 GROUP BY t2.winning_pilot ORDER BY count(*) DESC LIMIT 1
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# what is the name and age of the youngest winning pilot?
#
### SQL:
#
# SELECT t1.name , t1.age FROM pilot AS t1 JOIN MATCH AS t2 ON t1.pilot_id = t2.winning_pilot ORDER BY t1.age LIMIT 1
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# How old is the youngest winning pilot and what is their name?
#
### SQL:
#
# SELECT t1.name , t1.age FROM pilot AS t1 JOIN MATCH AS t2 ON t1.pilot_id = t2.winning_pilot ORDER BY t1.age LIMIT 1
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# find the name of pilots who did not win the matches held in the country of Australia.
#
### SQL:
#
# SELECT name FROM pilot WHERE pilot_id NOT IN (SELECT Winning_Pilot FROM MATCH WHERE country = 'Australia')
#
### End.
|
aircraft
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# pilot ( Pilot_Id, Name, Age )
# aircraft ( Aircraft_ID, Aircraft, Description, Max_Gross_Weight, Total_disk_area, Max_disk_Loading )
# match ( Round, Location, Country, Date, Fastest_Qualifying, Winning_Pilot, Winning_Aircraft )
# airport ( Airport_ID, Airport_Name, Total_Passengers, %_Change_2007, International_Passengers, Domestic_Passengers, Transit_Passengers, Aircraft_Movements, Freight_Metric_Tonnes )
# airport_aircraft ( ID, Airport_ID, Aircraft_ID )
#
# match.Winning_Pilot can be joined with pilot.Pilot_Id
# match.Winning_Aircraft can be joined with aircraft.Aircraft_ID
# airport_aircraft.Aircraft_ID can be joined with aircraft.Aircraft_ID
# airport_aircraft.Airport_ID can be joined with airport.Airport_ID
#
### Question:
#
# What are the names of the pilots that have not won any matches in Australia?
#
### SQL:
#
# SELECT name FROM pilot WHERE pilot_id NOT IN (SELECT Winning_Pilot FROM MATCH WHERE country = 'Australia')
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# How many residents does each property have? List property id and resident count.
#
### SQL:
#
# SELECT T1.property_id , count(*) FROM properties AS T1 JOIN residents AS T2 ON T1.property_id = T2.property_id GROUP BY T1.property_id
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# What is the distinct service types that are provided by the organization which has detail 'Denesik and Sons Party'?
#
### SQL:
#
# SELECT DISTINCT T1.service_type_code FROM services AS T1 JOIN organizations AS T2 ON T1.organization_id = T2.organization_id WHERE T2.organization_details = 'Denesik and Sons Party'
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# How many services has each resident requested? List the resident id, details, and the count in descending order of the count.
#
### SQL:
#
# SELECT T1.resident_id , T1.other_details , count(*) FROM Residents AS T1 JOIN Residents_Services AS T2 ON T1.resident_id = T2.resident_id GROUP BY T1.resident_id ORDER BY count(*) DESC
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# What is the maximum number that a certain service is provided? List the service id, details and number.
#
### SQL:
#
# SELECT T1.service_id , T1.service_details , count(*) FROM Services AS T1 JOIN Residents_Services AS T2 ON T1.service_id = T2.service_id GROUP BY T1.service_id ORDER BY count(*) DESC LIMIT 1
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# List the id and type of each thing, and the details of the organization that owns it.
#
### SQL:
#
# SELECT T1.thing_id , T1.type_of_Thing_Code , T2.organization_details FROM Things AS T1 JOIN Organizations AS T2 ON T1.organization_id = T2.organization_id
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# What are the id and details of the customers who have at least 3 events?
#
### SQL:
#
# SELECT T1.customer_id , T1.customer_details FROM Customers AS T1 JOIN Customer_Events AS T2 ON T1.customer_id = T2.customer_id GROUP BY T1.customer_id HAVING count(*) >= 3
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# What is each customer's move in date, and the corresponding customer id and details?
#
### SQL:
#
# SELECT T2.date_moved_in , T1.customer_id , T1.customer_details FROM Customers AS T1 JOIN Customer_Events AS T2 ON T1.customer_id = T2.customer_id
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# Which events have the number of notes between one and three? List the event id and the property id.
#
### SQL:
#
# SELECT T1.Customer_Event_ID , T1.property_id FROM Customer_Events AS T1 JOIN Customer_Event_Notes AS T2 ON T1.Customer_Event_ID = T2.Customer_Event_ID GROUP BY T1.customer_event_id HAVING count(*) BETWEEN 1 AND 3
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# What are the distinct id and type of the thing that has the status 'Close' or has a status record before the date '2017-06-19 02:59:21'
#
### SQL:
#
# SELECT DISTINCT T2.thing_id , T2.Type_of_Thing_Code FROM Timed_Status_of_Things AS T1 JOIN Things AS T2 ON T1.thing_id = T2.thing_id WHERE T1.Status_of_Thing_Code = 'Close' OR T1.Date_and_Date < '2017-06-19 02:59:21'
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# How many distinct locations have the things with service detail 'Unsatisfied' been located in?
#
### SQL:
#
# SELECT count(DISTINCT T2.Location_Code) FROM Things AS T1 JOIN Timed_Locations_of_Things AS T2 ON T1.thing_id = T2.thing_id WHERE T1.service_details = 'Unsatisfied'
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# How many different status codes of things are there?
#
### SQL:
#
# SELECT count(DISTINCT Status_of_Thing_Code) FROM Timed_Status_of_Things
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# Which organizations are not a parent organization of others? List the organization id.
#
### SQL:
#
# SELECT organization_id FROM organizations EXCEPT SELECT parent_organization_id FROM organizations
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# When is the last day any resident moved in?
#
### SQL:
#
# SELECT max(date_moved_in) FROM Residents
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# What are the resident details containing the substring 'Miss'?
#
### SQL:
#
# SELECT other_details FROM Residents WHERE other_details LIKE '%Miss%'
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# List the customer event id and the corresponding move in date and property id.
#
### SQL:
#
# SELECT customer_event_id , date_moved_in , property_id FROM customer_events
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# How many customers did not have any event?
#
### SQL:
#
# SELECT count(*) FROM customers WHERE customer_id NOT IN ( SELECT customer_id FROM customer_events )
#
### End.
|
local_govt_and_lot
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# Customers ( customer_id, customer_details )
# Properties ( property_id, property_type_code, property_address, other_details )
# Residents ( resident_id, property_id, date_moved_in, date_moved_out, other_details )
# Organizations ( organization_id, parent_organization_id, organization_details )
# Services ( service_id, organization_id, service_type_code, service_details )
# Residents_Services ( resident_id, service_id, date_moved_in, property_id, date_requested, date_provided, other_details )
# Things ( thing_id, organization_id, Type_of_Thing_Code, service_type_code, service_details )
# Customer_Events ( Customer_Event_ID, customer_id, date_moved_in, property_id, resident_id, thing_id )
# Customer_Event_Notes ( Customer_Event_Note_ID, Customer_Event_ID, service_type_code, resident_id, property_id, date_moved_in )
# Timed_Status_of_Things ( thing_id, Date_and_Date, Status_of_Thing_Code )
# Timed_Locations_of_Things ( thing_id, Date_and_Time, Location_Code )
#
# Residents.property_id can be joined with Properties.property_id
# Services.organization_id can be joined with Organizations.organization_id
# Residents_Services.resident_id can be joined with Residents.resident_id
# Residents_Services.property_id can be joined with Residents.property_id
# Residents_Services.date_moved_in can be joined with Residents.date_moved_in
# Residents_Services.service_id can be joined with Services.service_id
# Things.organization_id can be joined with Organizations.organization_id
# Customer_Events.resident_id can be joined with Residents.resident_id
# Customer_Events.property_id can be joined with Residents.property_id
# Customer_Events.date_moved_in can be joined with Residents.date_moved_in
# Customer_Events.customer_id can be joined with Customers.customer_id
# Customer_Events.thing_id can be joined with Things.thing_id
# Customer_Event_Notes.Customer_Event_ID can be joined with Customer_Events.Customer_Event_ID
# Timed_Status_of_Things.thing_id can be joined with Things.thing_id
# Timed_Locations_of_Things.thing_id can be joined with Things.thing_id
#
### Question:
#
# What are the distinct move in dates of the residents?
#
### SQL:
#
# SELECT DISTINCT date_moved_in FROM residents
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# How many schools are there?
#
### SQL:
#
# SELECT count(*) FROM school
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Count the number of schools.
#
### SQL:
#
# SELECT count(*) FROM school
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# List the locations of schools in ascending order of enrollment.
#
### SQL:
#
# SELECT LOCATION FROM school ORDER BY Enrollment ASC
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# What is the list of school locations sorted in ascending order of school enrollment?
#
### SQL:
#
# SELECT LOCATION FROM school ORDER BY Enrollment ASC
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# List the locations of schools in descending order of founded year.
#
### SQL:
#
# SELECT LOCATION FROM school ORDER BY Founded DESC
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# What is the list of school locations sorted in descending order of school foundation year?
#
### SQL:
#
# SELECT LOCATION FROM school ORDER BY Founded DESC
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# What are the enrollments of schools whose denomination is not "Catholic"?
#
### SQL:
#
# SELECT Enrollment FROM school WHERE Denomination != "Catholic"
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# List the enrollment for each school that does not have "Catholic" as denomination.
#
### SQL:
#
# SELECT Enrollment FROM school WHERE Denomination != "Catholic"
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# What is the average enrollment of schools?
#
### SQL:
#
# SELECT avg(Enrollment) FROM school
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Take the average of the school enrollment.
#
### SQL:
#
# SELECT avg(Enrollment) FROM school
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# What are the teams of the players, sorted in ascending alphabetical order?
#
### SQL:
#
# SELECT Team FROM player ORDER BY Team ASC
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Find the team of each player and sort them in ascending alphabetical order.
#
### SQL:
#
# SELECT Team FROM player ORDER BY Team ASC
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# How many different positions of players are there?
#
### SQL:
#
# SELECT count(DISTINCT POSITION) FROM player
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Count the number of distinct player positions.
#
### SQL:
#
# SELECT count(DISTINCT POSITION) FROM player
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Find the team of the player of the highest age.
#
### SQL:
#
# SELECT Team FROM player ORDER BY Age DESC LIMIT 1
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Which team has the oldest player?
#
### SQL:
#
# SELECT Team FROM player ORDER BY Age DESC LIMIT 1
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# List the teams of the players with the top 5 largest ages.
#
### SQL:
#
# SELECT Team FROM player ORDER BY Age DESC LIMIT 5
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# What are the teams that have the 5 oldest players?
#
### SQL:
#
# SELECT Team FROM player ORDER BY Age DESC LIMIT 5
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# For each player, show the team and the location of school they belong to.
#
### SQL:
#
# SELECT T1.Team , T2.Location FROM player AS T1 JOIN school AS T2 ON T1.School_ID = T2.School_ID
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# What are the team and the location of school each player belongs to?
#
### SQL:
#
# SELECT T1.Team , T2.Location FROM player AS T1 JOIN school AS T2 ON T1.School_ID = T2.School_ID
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Show the locations of schools that have more than 1 player.
#
### SQL:
#
# SELECT T2.Location FROM player AS T1 JOIN school AS T2 ON T1.School_ID = T2.School_ID GROUP BY T1.School_ID HAVING COUNT(*) > 1
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Which schools have more than 1 player? Give me the school locations.
#
### SQL:
#
# SELECT T2.Location FROM player AS T1 JOIN school AS T2 ON T1.School_ID = T2.School_ID GROUP BY T1.School_ID HAVING COUNT(*) > 1
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Show the denomination of the school that has the most players.
#
### SQL:
#
# SELECT T2.Denomination FROM player AS T1 JOIN school AS T2 ON T1.School_ID = T2.School_ID GROUP BY T1.School_ID ORDER BY COUNT(*) DESC LIMIT 1
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# What is the denomination of the school the most players belong to?
#
### SQL:
#
# SELECT T2.Denomination FROM player AS T1 JOIN school AS T2 ON T1.School_ID = T2.School_ID GROUP BY T1.School_ID ORDER BY COUNT(*) DESC LIMIT 1
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Show locations and nicknames of schools.
#
### SQL:
#
# SELECT T1.Location , T2.Nickname FROM school AS T1 JOIN school_details AS T2 ON T1.School_ID = T2.School_ID
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# What are the location and nickname of each school?
#
### SQL:
#
# SELECT T1.Location , T2.Nickname FROM school AS T1 JOIN school_details AS T2 ON T1.School_ID = T2.School_ID
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Please show different denominations and the corresponding number of schools.
#
### SQL:
#
# SELECT Denomination , COUNT(*) FROM school GROUP BY Denomination
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# For each denomination, return the denomination and the count of schools with that denomination.
#
### SQL:
#
# SELECT Denomination , COUNT(*) FROM school GROUP BY Denomination
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Please show different denominations and the corresponding number of schools in descending order.
#
### SQL:
#
# SELECT Denomination , COUNT(*) FROM school GROUP BY Denomination ORDER BY COUNT(*) DESC
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Order denominations in descending order of the count of schools with the denomination. Return each denomination with the count of schools.
#
### SQL:
#
# SELECT Denomination , COUNT(*) FROM school GROUP BY Denomination ORDER BY COUNT(*) DESC
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# List the school color of the school that has the largest enrollment.
#
### SQL:
#
# SELECT School_Colors FROM school ORDER BY Enrollment DESC LIMIT 1
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# What is the school color of the school with the largest enrollment?
#
### SQL:
#
# SELECT School_Colors FROM school ORDER BY Enrollment DESC LIMIT 1
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# List the locations of schools that do not have any player.
#
### SQL:
#
# SELECT LOCATION FROM school WHERE School_ID NOT IN (SELECT School_ID FROM Player)
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Which schools do not have any player? Give me the school locations.
#
### SQL:
#
# SELECT LOCATION FROM school WHERE School_ID NOT IN (SELECT School_ID FROM Player)
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Show the denomination shared by schools founded before 1890 and schools founded after 1900
#
### SQL:
#
# SELECT Denomination FROM school WHERE Founded < 1890 INTERSECT SELECT Denomination FROM school WHERE Founded > 1900
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# What are the denominations used by both schools founded before 1890 and schools founded after 1900?
#
### SQL:
#
# SELECT Denomination FROM school WHERE Founded < 1890 INTERSECT SELECT Denomination FROM school WHERE Founded > 1900
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Show the nicknames of schools that are not in division 1.
#
### SQL:
#
# SELECT Nickname FROM school_details WHERE Division != "Division 1"
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# What are the nicknames of schools whose division is not 1?
#
### SQL:
#
# SELECT Nickname FROM school_details WHERE Division != "Division 1"
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# Show the denomination shared by more than one school.
#
### SQL:
#
# SELECT Denomination FROM school GROUP BY Denomination HAVING COUNT(*) > 1
#
### End.
|
school_player
|
### Complete SQL query only and with no explanation
### SQL tables followed by foreign key information:
#
# school ( School_ID, School, Location, Enrollment, Founded, Denomination, Boys_or_Girls, Day_or_Boarding, Year_Entered_Competition, School_Colors )
# school_details ( School_ID, Nickname, Colors, League, Class, Division )
# school_performance ( School_Id, School_Year, Class_A, Class_AA )
# player ( Player_ID, Player, Team, Age, Position, School_ID )
#
# school_details.School_ID can be joined with school.School_ID
# school_performance.School_Id can be joined with school.School_ID
# player.School_ID can be joined with school.School_ID
#
### Question:
#
# What are the denomination more than one school have?
#
### SQL:
#
# SELECT Denomination FROM school GROUP BY Denomination HAVING COUNT(*) > 1
#
### End.
|
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