aladar/sql-questions · Datasets at Hugging Face

query stringlengths 24 325	positive stringlengths 1 580	negative stringlengths 1 580
In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?	in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));	day in the month of November, 2014 refers to start_date between '11/1/2014' and '11/30/2014'; foggy weather refers to events = 'Fog'; subscriber refers to subscription_type; all of the stations bikes were borrowed from refer to start_station_name;
In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?	in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));	temperature refers to max_temperature_f; March 2013 refers to date like '3/%/2013'; conversion to Celcius = DIVIDE(SUBTRACT(max_temperature_f, 32), 1.800) as Celsius1; DIVIDE(SUBTRACT(mean_temperature_f, 32), 1.800) as Celsius2; DIVIDE(SUBTRACT(min_temperature_f, 32), 1.800) as Celcius3;
In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?	in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));	start station refers to start_station_id; end station refers to end_station_id; start station and end station are the same refers to start_station_id = end_station_id;
In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?	in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));	South Van Ness at Market refers to start_station_name; subscriber refers to subscription_type; start_date = '12/1/2013'; the shortest duration refers to MIN(duration); which station was the bike returned to refers to end_station_name;
In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?	in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));	mean temperature in Fahrenheit refers to mean_temperature_f; on 8/29/2013 refers to date = '8/29/2013';
In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?	in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));	starting stations refers to start_station_name; above average duration trips = DIVIDE(SUM(duration), COUNT(main_trip.id))<duration;
In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?	in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));	number of bikes a station can hold refers to SUM(dock_count); Evelyn Park and Ride refers to name = 'Evelyn Park and Ride'; started on the station refers to start_station_name; subscribers refers to subscription_type = 'subscriber';
In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?	in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));	final station refers to end_station_name where MAX(end_date);
In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?	in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));	the maximum dew point in Fahrenheit degree refers to max_dew_point_f; date = '7/15/2014';
In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?	in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));	longest duration refers to MAX(duration); start station refers to start_station_name;
Count the number of subscribers who started their trips in Market at 4th.	subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';	end station refers to end_station_id; docks that were left refers to docks_available;
Count the number of subscribers who started their trips in Market at 4th.	subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';	rain of more than 0.8 inches refers to events = rain where precipitation_inches>0.8; average ride duration = DIVIDE(SUM(duration), COUNT(duration));
Count the number of subscribers who started their trips in Market at 4th.	subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';	ended in refers to end_station_name;
Count the number of subscribers who started their trips in Market at 4th.	subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';	trips refer to id; DIVIDE(SUM(duration where start_station_name = 'Adobe on Almaden', end_station_name = 'Ryland Park'), COUNT(id));
Count the number of subscribers who started their trips in Market at 4th.	subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';	longest trip refers to MAX(duration); started on the day refers to start_date; maximum wind speed refers to max_wind_speed_mph; max_wind_speed_mph = 30;
Count the number of subscribers who started their trips in Market at 4th.	subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';	customer refers to subscription_type = 'Customer'; subscribers refers to subscription_type = 'Subscriber'; difference = SUBTRACT(SUM(subscription_type = 'Subscriber' t), SUM(subscription_type = 'Customer')); trip in June 2013 refers to start_date BETWEEN '6/1/2013 0:00'AND '6/31/2013 12:59';
Count the number of subscribers who started their trips in Market at 4th.	subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';
Count the number of subscribers who started their trips in Market at 4th.	subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';	station refers to name;
Count the number of subscribers who started their trips in Market at 4th.	subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';	hottest temperature refers to MAX(max_temperature_f);
Count the number of subscribers who started their trips in Market at 4th.	subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';	in 2013 refers to year(date) = 2013; rain and fog ocurred together refers to events = 'Fog-Rain'; id of bikes refers to biked_id;
Which trip id had the longest duration and the start station is in Redwood City?	longest duration refers to MAX(duration); start station refers to start_station_name;	temperature refers to max_temperature_f; March 2013 refers to date like '3/%/2013'; conversion to Celcius = DIVIDE(SUBTRACT(max_temperature_f, 32), 1.800) as Celsius1; DIVIDE(SUBTRACT(mean_temperature_f, 32), 1.800) as Celsius2; DIVIDE(SUBTRACT(min_temperature_f, 32), 1.800) as Celcius3;
Which trip id had the longest duration and the start station is in Redwood City?	longest duration refers to MAX(duration); start station refers to start_station_name;	total trip duration to hour = DIVIDE(SUM(duration), 3600);
Which trip id had the longest duration and the start station is in Redwood City?	longest duration refers to MAX(duration); start station refers to start_station_name;	mean temperature in Fahrenheit refers to mean_temperature_f; on 8/29/2013 refers to date = '8/29/2013';
Which trip id had the longest duration and the start station is in Redwood City?	longest duration refers to MAX(duration); start station refers to start_station_name;	shortest duration refers to MIN(duration); started at the station refers to start_station_name; can hold 15 bikes refers to dock_count = 15;
Which trip id had the longest duration and the start station is in Redwood City?	longest duration refers to MAX(duration); start station refers to start_station_name;	started on the days with a fog refers to start_date where events = 'fog'; in 2013 refers to date LIKE '%2013'; started from station refers to start_station_name; start_station_name = '2nd at Townsend';
Which trip id had the longest duration and the start station is in Redwood City?	longest duration refers to MAX(duration); start station refers to start_station_name;	the station with the most borrowed bikes refers to MAX(start_station);
Which trip id had the longest duration and the start station is in Redwood City?	longest duration refers to MAX(duration); start station refers to start_station_name;	started at refers to start_station_name; start_station_name = 'Steuart at Market'; ended at refers to end_station_name; end_station_name = 'Embarcadero at Sansome'; rides in July 2004 refers to start_date = '7/1/2014 0:00'AND end_date = '7/31/2014 12:59';average ride time = DIVIDE(SUM(duration), COUNT(id))
Which trip id had the longest duration and the start station is in Redwood City?	longest duration refers to MAX(duration); start station refers to start_station_name;	trips refer to id; DIVIDE(SUM(duration where start_station_name = 'Adobe on Almaden', end_station_name = 'Ryland Park'), COUNT(id));
Which trip id had the longest duration and the start station is in Redwood City?	longest duration refers to MAX(duration); start station refers to start_station_name;	installed on refers to installation_date; installation_date = '8/16/2013'; customers refers to subscription_type = customers;
Which trip id had the longest duration and the start station is in Redwood City?	longest duration refers to MAX(duration); start station refers to start_station_name;	ended in refers to end_station_name;
In 2006, how many trips ended at stations in Mountain View?	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';	mean temperature refers to mean_temperature_f; mean temperature of 20 degree Celsius refers to DIVIDE(SUBTRACT(mean_temperature_f, 32), 1.8) = 20; in 2014 refers to date LIKE'%2015%';
In 2006, how many trips ended at stations in Mountain View?	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';	end station refers to end_station_name; starting from refers to start_station_name; start_station_name = '2nd at South Park';
In 2006, how many trips ended at stations in Mountain View?	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';	intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;
In 2006, how many trips ended at stations in Mountain View?	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';	started refers to start_date; the hottest day refers to max_temperature_f;
In 2006, how many trips ended at stations in Mountain View?	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';	end station refers to end_station_id; docks that were left refers to docks_available;
In 2006, how many trips ended at stations in Mountain View?	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';	started at refers to start_station_name; start_station_name = 'Steuart at Market'; ended at refers to end_station_name; end_station_name = 'Embarcadero at Sansome'; rides in July 2004 refers to start_date = '7/1/2014 0:00'AND end_date = '7/31/2014 12:59';average ride time = DIVIDE(SUM(duration), COUNT(id))
In 2006, how many trips ended at stations in Mountain View?	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';	South Van Ness at Market refers to start_station_name; subscriber refers to subscription_type; start_date = '12/1/2013'; the shortest duration refers to MIN(duration); which station was the bike returned to refers to end_station_name;
In 2006, how many trips ended at stations in Mountain View?	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';	total number of bikes that can be hold = MAX(dock_count); before 2014 refers to year(installation_date)<2014;
In 2006, how many trips ended at stations in Mountain View?	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';	started at refers to start_station_name; start_station_name = 'South Van Ness at Market'; average duration = DIVIDE(SUM(duration), COUNT(duration));
In 2006, how many trips ended at stations in Mountain View?	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';	no available bike to borrow refers to bikes_available = 0; latitude and longitude coordinates can be used to indicate a location;
Which year experienced the most rain?	events = 'Rain'; year refers to YEAR(date);	San Jose is the name of the city; 2014 refers to installation_date between '1/1/2014' and '12/31/2014';
Which year experienced the most rain?	events = 'Rain'; year refers to YEAR(date);	trips refer to id; DIVIDE(SUM(duration where start_station_name = 'Adobe on Almaden', end_station_name = 'Ryland Park'), COUNT(id));
Which year experienced the most rain?	events = 'Rain'; year refers to YEAR(date);	37.331415 and -121.8932 are latitude (lat) and longitude (long) coordinates indicating location; returned at refers to end_station_name; the date the bike was borrowed refers to start_date;
Which year experienced the most rain?	events = 'Rain'; year refers to YEAR(date);	subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';
Which year experienced the most rain?	events = 'Rain'; year refers to YEAR(date);	shortest trip refers to MIN(duration); starting from refers to start_station_name; start_station_name = 'Franklin at Maple'; maximum wind speed refers to max_wind_Speed_mph;
Which year experienced the most rain?	events = 'Rain'; year refers to YEAR(date);	customer refers to subscription_type = 'Customer'; subscribers refers to subscription_type = 'Subscriber'; difference = SUBTRACT(SUM(subscription_type = 'Subscriber' t), SUM(subscription_type = 'Customer')); trip in June 2013 refers to start_date BETWEEN '6/1/2013 0:00'AND '6/31/2013 12:59';
Which year experienced the most rain?	events = 'Rain'; year refers to YEAR(date);	installed on refers to installation_date; installation_date = '8/16/2013'; customers refers to subscription_type = customers;
Which year experienced the most rain?	events = 'Rain'; year refers to YEAR(date);	station refers to name;
Which year experienced the most rain?	events = 'Rain'; year refers to YEAR(date);	started at refers to start_station_name; start_station_name = 'South Van Ness at Market'; average duration = DIVIDE(SUM(duration), COUNT(duration));
Which year experienced the most rain?	events = 'Rain'; year refers to YEAR(date);	temperature refers to max_temperature_f; March 2013 refers to date like '3/%/2013'; conversion to Celcius = DIVIDE(SUBTRACT(max_temperature_f, 32), 1.800) as Celsius1; DIVIDE(SUBTRACT(mean_temperature_f, 32), 1.800) as Celsius2; DIVIDE(SUBTRACT(min_temperature_f, 32), 1.800) as Celcius3;
Does the bike with Id number 16 making any intercity trip? If yes, calculate the total travel duration during all the intercity trip. Convert the duration to hour.	intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;	customer refers to subscription_type = 'Customer'; subscribers refers to subscription_type = 'Subscriber'; difference = SUBTRACT(SUM(subscription_type = 'Subscriber' t), SUM(subscription_type = 'Customer')); trip in June 2013 refers to start_date BETWEEN '6/1/2013 0:00'AND '6/31/2013 12:59';
Does the bike with Id number 16 making any intercity trip? If yes, calculate the total travel duration during all the intercity trip. Convert the duration to hour.	intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;	number of bikes a station can hold refers to SUM(dock_count); Evelyn Park and Ride refers to name = 'Evelyn Park and Ride'; started on the station refers to start_station_name; subscribers refers to subscription_type = 'subscriber';
Does the bike with Id number 16 making any intercity trip? If yes, calculate the total travel duration during all the intercity trip. Convert the duration to hour.	intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';
Does the bike with Id number 16 making any intercity trip? If yes, calculate the total travel duration during all the intercity trip. Convert the duration to hour.	intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;	temperature refers to max_temperature_f; March 2013 refers to date like '3/%/2013'; conversion to Celcius = DIVIDE(SUBTRACT(max_temperature_f, 32), 1.800) as Celsius1; DIVIDE(SUBTRACT(mean_temperature_f, 32), 1.800) as Celsius2; DIVIDE(SUBTRACT(min_temperature_f, 32), 1.800) as Celcius3;
Does the bike with Id number 16 making any intercity trip? If yes, calculate the total travel duration during all the intercity trip. Convert the duration to hour.	intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;	start station refers to start_station_name; end station refers to end_station_name;
Does the bike with Id number 16 making any intercity trip? If yes, calculate the total travel duration during all the intercity trip. Convert the duration to hour.	intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;	route implies a course taken in getting from start_station_name to end_station_name; the longest duration refers to MAX(duration);
Does the bike with Id number 16 making any intercity trip? If yes, calculate the total travel duration during all the intercity trip. Convert the duration to hour.	intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;	Powell Street refers to start_station_name; bike 496 refers to bike_id = '496'; start_date = '8/29/2013';
Does the bike with Id number 16 making any intercity trip? If yes, calculate the total travel duration during all the intercity trip. Convert the duration to hour.	intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;	mean temperature refers to mean_temperature_f; mean temperature of 20 degree Celsius refers to DIVIDE(SUBTRACT(mean_temperature_f, 32), 1.8) = 20; in 2014 refers to date LIKE'%2015%';
Does the bike with Id number 16 making any intercity trip? If yes, calculate the total travel duration during all the intercity trip. Convert the duration to hour.	intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;	Redwood City is the name of the city; trips in August 2013 refers to start_date like '8%2013%';
Does the bike with Id number 16 making any intercity trip? If yes, calculate the total travel duration during all the intercity trip. Convert the duration to hour.	intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;	time = '11/3/2013'; which stations are empty refers to bikes_available = '0';
Among the rides during the rainy days, which ride was the longest? List the start station, end station, and duration of this ride.	rainy days refers to events = 'rain'; longest ride refers to MAX(duration); start station refers to start_station_name; end station refers to end_station_name; duration of the ride refers to duration;	started at refers to start_station_name; start_station_name = 'Market at 4th'; location coordinates refers to (lat, long);
Among the rides during the rainy days, which ride was the longest? List the start station, end station, and duration of this ride.	rainy days refers to events = 'rain'; longest ride refers to MAX(duration); start station refers to start_station_name; end station refers to end_station_name; duration of the ride refers to duration;	started on the days in September, 2013 refers to date LIKE'9%'AND date LIKE'%2013' hottest temperature over 70 degrees Fahrenheit refers to max_temperature_f>70;
Among the rides during the rainy days, which ride was the longest? List the start station, end station, and duration of this ride.	rainy days refers to events = 'rain'; longest ride refers to MAX(duration); start station refers to start_station_name; end station refers to end_station_name; duration of the ride refers to duration;	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';
Among the rides during the rainy days, which ride was the longest? List the start station, end station, and duration of this ride.	rainy days refers to events = 'rain'; longest ride refers to MAX(duration); start station refers to start_station_name; end station refers to end_station_name; duration of the ride refers to duration;	end station refers to end_station_name; starting from refers to start_station_name; start_station_name = '2nd at South Park';
Among the rides during the rainy days, which ride was the longest? List the start station, end station, and duration of this ride.	rainy days refers to events = 'rain'; longest ride refers to MAX(duration); start station refers to start_station_name; end station refers to end_station_name; duration of the ride refers to duration;	started on the days with a fog refers to start_date where events = 'fog'; in 2013 refers to date LIKE '%2013'; started from station refers to start_station_name; start_station_name = '2nd at Townsend';
Among the rides during the rainy days, which ride was the longest? List the start station, end station, and duration of this ride.	rainy days refers to events = 'rain'; longest ride refers to MAX(duration); start station refers to start_station_name; end station refers to end_station_name; duration of the ride refers to duration;	subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';
Among the rides during the rainy days, which ride was the longest? List the start station, end station, and duration of this ride.	rainy days refers to events = 'rain'; longest ride refers to MAX(duration); start station refers to start_station_name; end station refers to end_station_name; duration of the ride refers to duration;	bike was borrowed from refers to start_station_id; when the bike station was installed refers to installation_date;
Among the rides during the rainy days, which ride was the longest? List the start station, end station, and duration of this ride.	rainy days refers to events = 'rain'; longest ride refers to MAX(duration); start station refers to start_station_name; end station refers to end_station_name; duration of the ride refers to duration;	intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;
Among the rides during the rainy days, which ride was the longest? List the start station, end station, and duration of this ride.	rainy days refers to events = 'rain'; longest ride refers to MAX(duration); start station refers to start_station_name; end station refers to end_station_name; duration of the ride refers to duration;	end station refers to end_station_id; docks that were left refers to docks_available;
Among the rides during the rainy days, which ride was the longest? List the start station, end station, and duration of this ride.	rainy days refers to events = 'rain'; longest ride refers to MAX(duration); start station refers to start_station_name; end station refers to end_station_name; duration of the ride refers to duration;	South Van Ness at Market refers to start_station_name; subscriber refers to subscription_type; start_date = '12/1/2013'; the shortest duration refers to MIN(duration); which station was the bike returned to refers to end_station_name;
List the name and city of starting stations which has an above-average duration trips.	starting stations refers to start_station_name; above average duration trips = DIVIDE(SUM(duration), COUNT(main_trip.id))<duration;	hottest temperature refers to max_temperatutre_f; coldest temperature refers to min_temperature_f; difference = SUBTRACT(max_temperature_f, min_temperature_f); date = '8/29/2013'
List the name and city of starting stations which has an above-average duration trips.	starting stations refers to start_station_name; above average duration trips = DIVIDE(SUM(duration), COUNT(main_trip.id))<duration;	hottest temperature refers to max_temperatutre_f; in 2014 refers to date LIKE '%2014'; started from station refers to start_station_name; start_station_name = '2nd at Folsom';
List the name and city of starting stations which has an above-average duration trips.	starting stations refers to start_station_name; above average duration trips = DIVIDE(SUM(duration), COUNT(main_trip.id))<duration;	ended in refers to end_station_name;
List the name and city of starting stations which has an above-average duration trips.	starting stations refers to start_station_name; above average duration trips = DIVIDE(SUM(duration), COUNT(main_trip.id))<duration;	shortest duration refers to MIN(duration); started at the station refers to start_station_name; can hold 15 bikes refers to dock_count = 15;
List the name and city of starting stations which has an above-average duration trips.	starting stations refers to start_station_name; above average duration trips = DIVIDE(SUM(duration), COUNT(main_trip.id))<duration;	the station with the most borrowed bikes refers to MAX(start_station);
List the name and city of starting stations which has an above-average duration trips.	starting stations refers to start_station_name; above average duration trips = DIVIDE(SUM(duration), COUNT(main_trip.id))<duration;	end station refers to end_station_name; starting from refers to start_station_name; start_station_name = '2nd at South Park';
List the name and city of starting stations which has an above-average duration trips.	starting stations refers to start_station_name; above average duration trips = DIVIDE(SUM(duration), COUNT(main_trip.id))<duration;	less than 5 minutes refers to duration<300 in seconds; the station where the bike was borrowed refers to start_station_name; the station where the bike was returned refers to end_station_name; mean temperature refers to min_temperature_f;
List the name and city of starting stations which has an above-average duration trips.	starting stations refers to start_station_name; above average duration trips = DIVIDE(SUM(duration), COUNT(main_trip.id))<duration;	started on the days with a fog refers to start_date where events = 'fog'; in 2013 refers to date LIKE '%2013'; started from station refers to start_station_name; start_station_name = '2nd at Townsend';
List the name and city of starting stations which has an above-average duration trips.	starting stations refers to start_station_name; above average duration trips = DIVIDE(SUM(duration), COUNT(main_trip.id))<duration;	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';
List the name and city of starting stations which has an above-average duration trips.	starting stations refers to start_station_name; above average duration trips = DIVIDE(SUM(duration), COUNT(main_trip.id))<duration;	bike was borrowed from refers to start_station_id; when the bike station was installed refers to installation_date;
What is the average coldest temperature for the zip code of 94301 and what stations are within the zip code? Include the latitude and longitude as well.	coldest temperature refers to min_temperature_f; average coldest temperature refers = AVG(min_temperature_f); stations refers to name; latitude refers to lat; longitude refers to long;	longest duration refers to MAX(duration); start station refers to start_station_name;
What is the average coldest temperature for the zip code of 94301 and what stations are within the zip code? Include the latitude and longitude as well.	coldest temperature refers to min_temperature_f; average coldest temperature refers = AVG(min_temperature_f); stations refers to name; latitude refers to lat; longitude refers to long;	longest duration refers to MAX(duration); starting on a day with a fog refers to start_date where events = 'fog'; in 2013 refers to date LIKE '%2013';
What is the average coldest temperature for the zip code of 94301 and what stations are within the zip code? Include the latitude and longitude as well.	coldest temperature refers to min_temperature_f; average coldest temperature refers = AVG(min_temperature_f); stations refers to name; latitude refers to lat; longitude refers to long;	number of bikes a station can hold refers to SUM(dock_count); Evelyn Park and Ride refers to name = 'Evelyn Park and Ride'; started on the station refers to start_station_name; subscribers refers to subscription_type = 'subscriber';
What is the average coldest temperature for the zip code of 94301 and what stations are within the zip code? Include the latitude and longitude as well.	coldest temperature refers to min_temperature_f; average coldest temperature refers = AVG(min_temperature_f); stations refers to name; latitude refers to lat; longitude refers to long;	no available bike to borrow refers to bikes_available = 0; latitude and longitude coordinates can be used to indicate a location;
What is the average coldest temperature for the zip code of 94301 and what stations are within the zip code? Include the latitude and longitude as well.	coldest temperature refers to min_temperature_f; average coldest temperature refers = AVG(min_temperature_f); stations refers to name; latitude refers to lat; longitude refers to long;	time = '11/3/2013'; which stations are empty refers to bikes_available = '0';
What is the average coldest temperature for the zip code of 94301 and what stations are within the zip code? Include the latitude and longitude as well.	coldest temperature refers to min_temperature_f; average coldest temperature refers = AVG(min_temperature_f); stations refers to name; latitude refers to lat; longitude refers to long;	started at refers to start_station_name; start_station_name = 'Mountain View City Hall'; ended on a rainy day refers to end_date where events = 'rain';
What is the average coldest temperature for the zip code of 94301 and what stations are within the zip code? Include the latitude and longitude as well.	coldest temperature refers to min_temperature_f; average coldest temperature refers = AVG(min_temperature_f); stations refers to name; latitude refers to lat; longitude refers to long;	start station refers to start_station_name; end station refers to end_station_name;
What is the average coldest temperature for the zip code of 94301 and what stations are within the zip code? Include the latitude and longitude as well.	coldest temperature refers to min_temperature_f; average coldest temperature refers = AVG(min_temperature_f); stations refers to name; latitude refers to lat; longitude refers to long;	bike was borrowed from refers to start_station_id; San Francisco refers to city = 'San Francisco'; subscriber refers to subscription_type = 'Subscriber';
What is the average coldest temperature for the zip code of 94301 and what stations are within the zip code? Include the latitude and longitude as well.	coldest temperature refers to min_temperature_f; average coldest temperature refers = AVG(min_temperature_f); stations refers to name; latitude refers to lat; longitude refers to long;	average duration = DIVIDE(SUM(duration), COUNT(id)); hottest temperature refers to max_temperature_f; in 2014 refers to date LIKE '%2014';
What is the average coldest temperature for the zip code of 94301 and what stations are within the zip code? Include the latitude and longitude as well.	coldest temperature refers to min_temperature_f; average coldest temperature refers = AVG(min_temperature_f); stations refers to name; latitude refers to lat; longitude refers to long;	started refers to start_date; the hottest day refers to max_temperature_f;
What is the difference between the hottest temperature and the coldest temperature in in Fahrenheit on 8/29/2013 for the area where the zip code is 94107?	hottest temperature refers to max_temperatutre_f; coldest temperature refers to min_temperature_f; difference = SUBTRACT(max_temperature_f, min_temperature_f); date = '8/29/2013'	bike is borrowed from refers to start_station_id;
What is the difference between the hottest temperature and the coldest temperature in in Fahrenheit on 8/29/2013 for the area where the zip code is 94107?	hottest temperature refers to max_temperatutre_f; coldest temperature refers to min_temperature_f; difference = SUBTRACT(max_temperature_f, min_temperature_f); date = '8/29/2013'	subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';
What is the difference between the hottest temperature and the coldest temperature in in Fahrenheit on 8/29/2013 for the area where the zip code is 94107?	hottest temperature refers to max_temperatutre_f; coldest temperature refers to min_temperature_f; difference = SUBTRACT(max_temperature_f, min_temperature_f); date = '8/29/2013'	end station refers to end_station_id; docks that were left refers to docks_available;
What is the difference between the hottest temperature and the coldest temperature in in Fahrenheit on 8/29/2013 for the area where the zip code is 94107?	hottest temperature refers to max_temperatutre_f; coldest temperature refers to min_temperature_f; difference = SUBTRACT(max_temperature_f, min_temperature_f); date = '8/29/2013'	started at refers to start_station_name; start_station_name = 'South Van Ness at Market'; average duration = DIVIDE(SUM(duration), COUNT(duration));
What is the difference between the hottest temperature and the coldest temperature in in Fahrenheit on 8/29/2013 for the area where the zip code is 94107?	hottest temperature refers to max_temperatutre_f; coldest temperature refers to min_temperature_f; difference = SUBTRACT(max_temperature_f, min_temperature_f); date = '8/29/2013'	day in the month of November, 2014 refers to start_date between '11/1/2014' and '11/30/2014'; foggy weather refers to events = 'Fog'; subscriber refers to subscription_type; all of the stations bikes were borrowed from refer to start_station_name;
What is the difference between the hottest temperature and the coldest temperature in in Fahrenheit on 8/29/2013 for the area where the zip code is 94107?	hottest temperature refers to max_temperatutre_f; coldest temperature refers to min_temperature_f; difference = SUBTRACT(max_temperature_f, min_temperature_f); date = '8/29/2013'	time = '11/3/2013'; which stations are empty refers to bikes_available = '0';
What is the difference between the hottest temperature and the coldest temperature in in Fahrenheit on 8/29/2013 for the area where the zip code is 94107?	hottest temperature refers to max_temperatutre_f; coldest temperature refers to min_temperature_f; difference = SUBTRACT(max_temperature_f, min_temperature_f); date = '8/29/2013'	events = 'Rain'; year refers to YEAR(date);
What is the difference between the hottest temperature and the coldest temperature in in Fahrenheit on 8/29/2013 for the area where the zip code is 94107?	hottest temperature refers to max_temperatutre_f; coldest temperature refers to min_temperature_f; difference = SUBTRACT(max_temperature_f, min_temperature_f); date = '8/29/2013'	the hottest temperature refers to max_temperature_f;
What is the difference between the hottest temperature and the coldest temperature in in Fahrenheit on 8/29/2013 for the area where the zip code is 94107?	hottest temperature refers to max_temperatutre_f; coldest temperature refers to min_temperature_f; difference = SUBTRACT(max_temperature_f, min_temperature_f); date = '8/29/2013'	Redwood City is the name of the city; trips in August 2013 refers to start_date like '8%2013%';
What is the difference between the hottest temperature and the coldest temperature in in Fahrenheit on 8/29/2013 for the area where the zip code is 94107?	hottest temperature refers to max_temperatutre_f; coldest temperature refers to min_temperature_f; difference = SUBTRACT(max_temperature_f, min_temperature_f); date = '8/29/2013'	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';

In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?

in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));

day in the month of November, 2014 refers to start_date between '11/1/2014' and '11/30/2014'; foggy weather refers to events = 'Fog'; subscriber refers to subscription_type; all of the stations bikes were borrowed from refer to start_station_name;

In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?

in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));

temperature refers to max_temperature_f; March 2013 refers to date like '3/%/2013'; conversion to Celcius = DIVIDE(SUBTRACT(max_temperature_f, 32), 1.800) as Celsius1; DIVIDE(SUBTRACT(mean_temperature_f, 32), 1.800) as Celsius2; DIVIDE(SUBTRACT(min_temperature_f, 32), 1.800) as Celcius3;

In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?

in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));

start station refers to start_station_id; end station refers to end_station_id; start station and end station are the same refers to start_station_id = end_station_id;

In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?

in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));

South Van Ness at Market refers to start_station_name; subscriber refers to subscription_type; start_date = '12/1/2013'; the shortest duration refers to MIN(duration); which station was the bike returned to refers to end_station_name;

In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?

in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));

mean temperature in Fahrenheit refers to mean_temperature_f; on 8/29/2013 refers to date = '8/29/2013';

In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?

in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));

starting stations refers to start_station_name; above average duration trips = DIVIDE(SUM(duration), COUNT(main_trip.id))<duration;

In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?

in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));

number of bikes a station can hold refers to SUM(dock_count); Evelyn Park and Ride refers to name = 'Evelyn Park and Ride'; started on the station refers to start_station_name; subscribers refers to subscription_type = 'subscriber';

In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?

in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));

final station refers to end_station_name where MAX(end_date);

In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?

in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));

the maximum dew point in Fahrenheit degree refers to max_dew_point_f; date = '7/15/2014';

In 2015, what percentage of trips that had the subscription type was Customer and ended on a rainy day?

in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));

longest duration refers to MAX(duration); start station refers to start_station_name;

Count the number of subscribers who started their trips in Market at 4th.

subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';

end station refers to end_station_id; docks that were left refers to docks_available;

Count the number of subscribers who started their trips in Market at 4th.

subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';

rain of more than 0.8 inches refers to events = rain where precipitation_inches>0.8; average ride duration = DIVIDE(SUM(duration), COUNT(duration));

Count the number of subscribers who started their trips in Market at 4th.

subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';

ended in refers to end_station_name;

Count the number of subscribers who started their trips in Market at 4th.

subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';

trips refer to id; DIVIDE(SUM(duration where start_station_name = 'Adobe on Almaden', end_station_name = 'Ryland Park'), COUNT(id));

Count the number of subscribers who started their trips in Market at 4th.

subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';

longest trip refers to MAX(duration); started on the day refers to start_date; maximum wind speed refers to max_wind_speed_mph; max_wind_speed_mph = 30;

Count the number of subscribers who started their trips in Market at 4th.

subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';

customer refers to subscription_type = 'Customer'; subscribers refers to subscription_type = 'Subscriber'; difference = SUBTRACT(SUM(subscription_type = 'Subscriber' t), SUM(subscription_type = 'Customer')); trip in June 2013 refers to start_date BETWEEN '6/1/2013 0:00'AND '6/31/2013 12:59';

Count the number of subscribers who started their trips in Market at 4th.

subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';

in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';

Count the number of subscribers who started their trips in Market at 4th.

subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';

station refers to name;

Count the number of subscribers who started their trips in Market at 4th.

subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';

hottest temperature refers to MAX(max_temperature_f);

Count the number of subscribers who started their trips in Market at 4th.

subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';

in 2013 refers to year(date) = 2013; rain and fog ocurred together refers to events = 'Fog-Rain'; id of bikes refers to biked_id;

Which trip id had the longest duration and the start station is in Redwood City?

longest duration refers to MAX(duration); start station refers to start_station_name;

temperature refers to max_temperature_f; March 2013 refers to date like '3/%/2013'; conversion to Celcius = DIVIDE(SUBTRACT(max_temperature_f, 32), 1.800) as Celsius1; DIVIDE(SUBTRACT(mean_temperature_f, 32), 1.800) as Celsius2; DIVIDE(SUBTRACT(min_temperature_f, 32), 1.800) as Celcius3;

Which trip id had the longest duration and the start station is in Redwood City?

longest duration refers to MAX(duration); start station refers to start_station_name;

total trip duration to hour = DIVIDE(SUM(duration), 3600);

Which trip id had the longest duration and the start station is in Redwood City?

longest duration refers to MAX(duration); start station refers to start_station_name;

mean temperature in Fahrenheit refers to mean_temperature_f; on 8/29/2013 refers to date = '8/29/2013';

Which trip id had the longest duration and the start station is in Redwood City?

longest duration refers to MAX(duration); start station refers to start_station_name;

shortest duration refers to MIN(duration); started at the station refers to start_station_name; can hold 15 bikes refers to dock_count = 15;

Which trip id had the longest duration and the start station is in Redwood City?

longest duration refers to MAX(duration); start station refers to start_station_name;

started on the days with a fog refers to start_date where events = 'fog'; in 2013 refers to date LIKE '%2013'; started from station refers to start_station_name; start_station_name = '2nd at Townsend';

Which trip id had the longest duration and the start station is in Redwood City?

longest duration refers to MAX(duration); start station refers to start_station_name;

the station with the most borrowed bikes refers to MAX(start_station);

Which trip id had the longest duration and the start station is in Redwood City?

longest duration refers to MAX(duration); start station refers to start_station_name;

started at refers to start_station_name; start_station_name = 'Steuart at Market'; ended at refers to end_station_name; end_station_name = 'Embarcadero at Sansome'; rides in July 2004 refers to start_date = '7/1/2014 0:00'AND end_date = '7/31/2014 12:59';average ride time = DIVIDE(SUM(duration), COUNT(id))

Which trip id had the longest duration and the start station is in Redwood City?

longest duration refers to MAX(duration); start station refers to start_station_name;

trips refer to id; DIVIDE(SUM(duration where start_station_name = 'Adobe on Almaden', end_station_name = 'Ryland Park'), COUNT(id));

Which trip id had the longest duration and the start station is in Redwood City?

longest duration refers to MAX(duration); start station refers to start_station_name;

installed on refers to installation_date; installation_date = '8/16/2013'; customers refers to subscription_type = customers;

Which trip id had the longest duration and the start station is in Redwood City?

longest duration refers to MAX(duration); start station refers to start_station_name;

ended in refers to end_station_name;

In 2006, how many trips ended at stations in Mountain View?

in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';

mean temperature refers to mean_temperature_f; mean temperature of 20 degree Celsius refers to DIVIDE(SUBTRACT(mean_temperature_f, 32), 1.8) = 20; in 2014 refers to date LIKE'%2015%';

In 2006, how many trips ended at stations in Mountain View?

in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';

end station refers to end_station_name; starting from refers to start_station_name; start_station_name = '2nd at South Park';

In 2006, how many trips ended at stations in Mountain View?

in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';

intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;

In 2006, how many trips ended at stations in Mountain View?

in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';

started refers to start_date; the hottest day refers to max_temperature_f;

In 2006, how many trips ended at stations in Mountain View?

in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';

end station refers to end_station_id; docks that were left refers to docks_available;

In 2006, how many trips ended at stations in Mountain View?

in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';

started at refers to start_station_name; start_station_name = 'Steuart at Market'; ended at refers to end_station_name; end_station_name = 'Embarcadero at Sansome'; rides in July 2004 refers to start_date = '7/1/2014 0:00'AND end_date = '7/31/2014 12:59';average ride time = DIVIDE(SUM(duration), COUNT(id))

In 2006, how many trips ended at stations in Mountain View?

in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';

South Van Ness at Market refers to start_station_name; subscriber refers to subscription_type; start_date = '12/1/2013'; the shortest duration refers to MIN(duration); which station was the bike returned to refers to end_station_name;

In 2006, how many trips ended at stations in Mountain View?

in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';

total number of bikes that can be hold = MAX(dock_count); before 2014 refers to year(installation_date)<2014;

In 2006, how many trips ended at stations in Mountain View?

in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';

started at refers to start_station_name; start_station_name = 'South Van Ness at Market'; average duration = DIVIDE(SUM(duration), COUNT(duration));

In 2006, how many trips ended at stations in Mountain View?

in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';

no available bike to borrow refers to bikes_available = 0; latitude and longitude coordinates can be used to indicate a location;

Which year experienced the most rain?

events = 'Rain'; year refers to YEAR(date);

San Jose is the name of the city; 2014 refers to installation_date between '1/1/2014' and '12/31/2014';

Which year experienced the most rain?

events = 'Rain'; year refers to YEAR(date);

trips refer to id; DIVIDE(SUM(duration where start_station_name = 'Adobe on Almaden', end_station_name = 'Ryland Park'), COUNT(id));

Which year experienced the most rain?

events = 'Rain'; year refers to YEAR(date);

37.331415 and -121.8932 are latitude (lat) and longitude (long) coordinates indicating location; returned at refers to end_station_name; the date the bike was borrowed refers to start_date;

Which year experienced the most rain?

events = 'Rain'; year refers to YEAR(date);

subsscriber refers to subscription_type = subscriber; started their trips in refers to start_station_name; start_station_name = 'Market at 4th';

Which year experienced the most rain?

events = 'Rain'; year refers to YEAR(date);

shortest trip refers to MIN(duration); starting from refers to start_station_name; start_station_name = 'Franklin at Maple'; maximum wind speed refers to max_wind_Speed_mph;

Which year experienced the most rain?

events = 'Rain'; year refers to YEAR(date);

customer refers to subscription_type = 'Customer'; subscribers refers to subscription_type = 'Subscriber'; difference = SUBTRACT(SUM(subscription_type = 'Subscriber' t), SUM(subscription_type = 'Customer')); trip in June 2013 refers to start_date BETWEEN '6/1/2013 0:00'AND '6/31/2013 12:59';

Which year experienced the most rain?

events = 'Rain'; year refers to YEAR(date);

installed on refers to installation_date; installation_date = '8/16/2013'; customers refers to subscription_type = customers;

Which year experienced the most rain?

events = 'Rain'; year refers to YEAR(date);

station refers to name;

Which year experienced the most rain?

events = 'Rain'; year refers to YEAR(date);

started at refers to start_station_name; start_station_name = 'South Van Ness at Market'; average duration = DIVIDE(SUM(duration), COUNT(duration));

Which year experienced the most rain?

events = 'Rain'; year refers to YEAR(date);

temperature refers to max_temperature_f; March 2013 refers to date like '3/%/2013'; conversion to Celcius = DIVIDE(SUBTRACT(max_temperature_f, 32), 1.800) as Celsius1; DIVIDE(SUBTRACT(mean_temperature_f, 32), 1.800) as Celsius2; DIVIDE(SUBTRACT(min_temperature_f, 32), 1.800) as Celcius3;

Does the bike with Id number 16 making any intercity trip? If yes, calculate the total travel duration during all the intercity trip. Convert the duration to hour.