aladar/sql-questions · Datasets at Hugging Face

query stringlengths 24 325	positive stringlengths 1 580	negative stringlengths 1 580
Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.	when the station was first installed refers to installation_date;	San Jose is the name of the city; 2014 refers to installation_date between '1/1/2014' and '12/31/2014';
Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.	when the station was first installed refers to installation_date;	longest duration refers to MAX(duration); start station refers to start_station_name;
Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.	when the station was first installed refers to installation_date;	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';
Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.	when the station was first installed refers to installation_date;	rain of more than 0.8 inches refers to events = rain where precipitation_inches>0.8; average ride duration = DIVIDE(SUM(duration), COUNT(duration));
Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.	when the station was first installed refers to installation_date;	route implies a course taken in getting from start_station_name to end_station_name; the longest duration refers to MAX(duration);
Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.	when the station was first installed refers to installation_date;	ended on a foggy day refers to end_date where events = 'fog'; average duration = DIVIDE(SUM(duration), COUNT(duration));
Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.	when the station was first installed refers to installation_date;	subscription_type = 'Subscriber'; DIVIDE(COUNT(id where subscription_type = 'Subscriber'), COUNT(id)) as percentage;
Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.	when the station was first installed refers to installation_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;
Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.	when the station was first installed refers to installation_date;	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))
Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.	when the station was first installed refers to installation_date;	started refers to start_date; the hottest day refers to max_temperature_f;
List out all stations name that having a mean temperature 20 degree Celsius in year 2014.	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%';	starting stations refers to start_station_name; above average duration trips = DIVIDE(SUM(duration), COUNT(main_trip.id))<duration;
List out all stations name that having a mean temperature 20 degree Celsius in year 2014.	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%';	started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));
List out all stations name that having a mean temperature 20 degree Celsius in year 2014.	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%';	when the station was first installed refers to installation_date;
List out all stations name that having a mean temperature 20 degree Celsius in year 2014.	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%';	average duration = DIVIDE(SUM(duration), COUNT(id)); subscribers refers to subscription_type = 'subscriptions'; started and ended their trip at Mountain View City Hall refers to start_station_name = 'Mountain View City Hall' and end_station_name = 'Mountain View City Hall'; when the station was first installed refers to installation_date;
List out all stations name that having a mean temperature 20 degree Celsius in year 2014.	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%';	end station refers to end_station_name; starting from refers to start_station_name; start_station_name = '2nd at South Park';
List out all stations name that having a mean temperature 20 degree Celsius in year 2014.	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%';	San Francico is the name of the city; can hold more than 20 bikes implies dock's capacity and refers to dock_count≥20;
List out all stations name that having a mean temperature 20 degree Celsius in year 2014.	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%';	start and end station are similar refers to start_station_name = end_station_name; latitude and longitude coordinates can be used to indicate a location;
List out all stations name that having a mean temperature 20 degree Celsius in year 2014.	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%';	total number of bikes that can be hold = MAX(dock_count); before 2014 refers to year(installation_date)<2014;
List out all stations name that having a mean temperature 20 degree Celsius in year 2014.	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%';	San Jose is the name of the city; 2014 refers to installation_date between '1/1/2014' and '12/31/2014';
List out all stations name that having a mean temperature 20 degree Celsius in year 2014.	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%';	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 total trip duration made within Palo Alto city? Convert the duration to hour.	total trip duration to hour = DIVIDE(SUM(duration), 3600);	intercity trip refers to start_station_name! = end_station_name; total travel duration to hour = DIVIDE(SUM(duration), 3600) AS hour;
What is the total trip duration made within Palo Alto city? Convert the duration to hour.	total trip duration to hour = DIVIDE(SUM(duration), 3600);	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;
What is the total trip duration made within Palo Alto city? Convert the duration to hour.	total trip duration to hour = DIVIDE(SUM(duration), 3600);	least used bike refers to bike_id with MIN(COUNT(main_trip.id)); start station refers to start_station_name; end station refers to end_station_name; total duration in hour = DIVIDE(duration, 3600) AS hour;
What is the total trip duration made within Palo Alto city? Convert the duration to hour.	total trip duration to hour = DIVIDE(SUM(duration), 3600);	ended on a foggy day refers to end_date where events = 'fog'; average duration = DIVIDE(SUM(duration), COUNT(duration));
What is the total trip duration made within Palo Alto city? Convert the duration to hour.	total trip duration to hour = DIVIDE(SUM(duration), 3600);	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;
What is the total trip duration made within Palo Alto city? Convert the duration to hour.	total trip duration to hour = DIVIDE(SUM(duration), 3600);	Powell Street refers to start_station_name; bike 496 refers to bike_id = '496'; start_date = '8/29/2013';
What is the total trip duration made within Palo Alto city? Convert the duration to hour.	total trip duration to hour = DIVIDE(SUM(duration), 3600);	end station refers to end_station_id; docks that were left refers to docks_available;
What is the total trip duration made within Palo Alto city? Convert the duration to hour.	total trip duration to hour = DIVIDE(SUM(duration), 3600);	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;
What is the total trip duration made within Palo Alto city? Convert the duration to hour.	total trip duration to hour = DIVIDE(SUM(duration), 3600);	hottest temperature refers to MAX(max_temperature_f);
What is the total trip duration made within Palo Alto city? Convert the duration to hour.	total trip duration to hour = DIVIDE(SUM(duration), 3600);	no available bike to borrow refers to bikes_available = 0; latitude and longitude coordinates can be used to indicate a location;
Which year had the most number of trips that started at stations in San Francisco?	started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));	started at refers to start_station_name; start_station_name = 'Market at 4th'; location coordinates refers to (lat, long);
Which year had the most number of trips that started at stations in San Francisco?	started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));	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;
Which year had the most number of trips that started at stations in San Francisco?	started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));	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 year had the most number of trips that started at stations in San Francisco?	started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));	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';
Which year had the most number of trips that started at stations in San Francisco?	started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));	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;
Which year had the most number of trips that started at stations in San Francisco?	started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_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 had the most number of trips that started at stations in San Francisco?	started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));	in 2015 refers to end_date like '%2015%'; percentage = DIVIDE(COUNT(events = 'Rain'), COUNT(events));
Which year had the most number of trips that started at stations in San Francisco?	started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));	San Francico is the name of the city; can hold more than 20 bikes implies dock's capacity and refers to dock_count≥20;
Which year had the most number of trips that started at stations in San Francisco?	started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));	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';
Which year had the most number of trips that started at stations in San Francisco?	started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));	in 2006 refers to start_date LIKE'%2006%'; ended at station refers to end_station_name; Mountain View refers to city = 'Mountain View';
Please give more detailed information about the first three books that sell the best.	qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)	qty is abbreviation for quantity; bestseller means with the most sales quantity; MAX(qty)
Please give more detailed information about the first three books that sell the best.	qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)	French publisher means publisher in France where country = 'France'
Please give more detailed information about the first three books that sell the best.	qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)	publisher id refers to pub_id; publisher name refers to pub_name; average year to date sales = AVG(ytd_sales)
Please give more detailed information about the first three books that sell the best.	qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)	publisher name refers to pub_name
Please give more detailed information about the first three books that sell the best.	qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)	publisher name refers to pub_name; publication date refers to pubdate; published in year 1991 refers to YEAR(pubdate) = 1991
Please give more detailed information about the first three books that sell the best.	qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)	most title published refers to MAX(count(title_id); published in 1991 refers to YEAR(pubdate) = 1991
Please give more detailed information about the first three books that sell the best.	qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)	order happened on refers to ord_date
Please give more detailed information about the first three books that sell the best.	qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)	name the publisher refers to pub_name
Please give more detailed information about the first three books that sell the best.	qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)	Remulade is a city; sales in the store refers to ord_num
Please give more detailed information about the first three books that sell the best.	qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)	Massachusetts is a state; business books refers to type = 'business'
Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.	name the publisher refers to pub_name	publisher name refers to pub_name;
Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.	name the publisher refers to pub_name	qty is abbreviation for quantity; sold more than average refers to qty > AVG(qty); california refers to state = 'CA"
Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.	name the publisher refers to pub_name	most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000
Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.	name the publisher refers to pub_name	not located at USA refers to country! = 'USA'
Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.	name the publisher refers to pub_name	highest job level refers to MAX(job_lvl)
Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.	name the publisher refers to pub_name	Massachusetts is a state; business books refers to type = 'business'
Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.	name the publisher refers to pub_name	Remulade is a city; sales in the store refers to ord_num
Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.	name the publisher refers to pub_name	store name refers to stor_name
Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.	name the publisher refers to pub_name	qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)
Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.	name the publisher refers to pub_name	publisher name refers to pub_name; publication date refers to pubdate; published in year 1991 refers to YEAR(pubdate) = 1991
List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.	Eric the Read Books is a publisher which refers to pub_name;	Remulade is a city; sales in the store refers to ord_num
List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.	Eric the Read Books is a publisher which refers to pub_name;	Marketing manager is a job description which refers to job_desc; US publisher refers publisher in the US where country = 'USA'; non-US publishers refers publisher not in the US where country! = 'USA'; job level refers to job_lvl; average level = AVG(job_lvl)
List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.	Eric the Read Books is a publisher which refers to pub_name;	most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000
List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.	Eric the Read Books is a publisher which refers to pub_name;	published by refers to pub_name
List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.	Eric the Read Books is a publisher which refers to pub_name;	publisher id refers to pub_id; publisher name refers to pub_name; average year to date sales = AVG(ytd_sales)
List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.	Eric the Read Books is a publisher which refers to pub_name;	publisher name refers to pub_name; publication date refers to pubdate; published in year 1991 refers to YEAR(pubdate) = 1991
List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.	Eric the Read Books is a publisher which refers to pub_name;	lowest job level refers to MIN(job_lvl)
List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.	Eric the Read Books is a publisher which refers to pub_name;	highest job level refers to MAX(job_lvl)
List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.	Eric the Read Books is a publisher which refers to pub_name;	business title refers to title under business where type = 'business'
List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.	Eric the Read Books is a publisher which refers to pub_name;	publisher name refers to pub_name
What is the average quantity of each order for the book "Life Without Fear"?	qty is abbreviation for quantity; average quantity order = AVG(qty)	Life Without Fear is book title
What is the average quantity of each order for the book "Life Without Fear"?	qty is abbreviation for quantity; average quantity order = AVG(qty)	Eric the Read Books is a publisher which refers to pub_name;
What is the average quantity of each order for the book "Life Without Fear"?	qty is abbreviation for quantity; average quantity order = AVG(qty)	qty is abbreviation for quantity; bestseller means with the most sales quantity; MAX(qty)
What is the average quantity of each order for the book "Life Without Fear"?	qty is abbreviation for quantity; average quantity order = AVG(qty)	publisher refers to pub_name; about the title refers to notes
What is the average quantity of each order for the book "Life Without Fear"?	qty is abbreviation for quantity; average quantity order = AVG(qty)	Massachusetts is a state
What is the average quantity of each order for the book "Life Without Fear"?	qty is abbreviation for quantity; average quantity order = AVG(qty)	highest job level refers to MAX(job_lvl); hired the earliest refers to MIN(hire_date)
What is the average quantity of each order for the book "Life Without Fear"?	qty is abbreviation for quantity; average quantity order = AVG(qty)	Chief Financial Offer is a job description which refers to job_desc
What is the average quantity of each order for the book "Life Without Fear"?	qty is abbreviation for quantity; average quantity order = AVG(qty)	qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)
What is the average quantity of each order for the book "Life Without Fear"?	qty is abbreviation for quantity; average quantity order = AVG(qty)	order happened on refers to ord_date
What is the average quantity of each order for the book "Life Without Fear"?	qty is abbreviation for quantity; average quantity order = AVG(qty)	lowest job level refers to MIN(job_lvl)
Which title is about helpful hints on how to use your electronic resources, which publisher published it and what is the price of this book?	publisher refers to pub_name; about the title refers to notes	name the publisher refers to pub_name
Which title is about helpful hints on how to use your electronic resources, which publisher published it and what is the price of this book?	publisher refers to pub_name; about the title refers to notes	order happened on refers to ord_date
Which title is about helpful hints on how to use your electronic resources, which publisher published it and what is the price of this book?	publisher refers to pub_name; about the title refers to notes	store name refers to stor_name
Which title is about helpful hints on how to use your electronic resources, which publisher published it and what is the price of this book?	publisher refers to pub_name; about the title refers to notes	highest job level refers to MAX(job_lvl)
Which title is about helpful hints on how to use your electronic resources, which publisher published it and what is the price of this book?	publisher refers to pub_name; about the title refers to notes	Massachusetts is a state
Which title is about helpful hints on how to use your electronic resources, which publisher published it and what is the price of this book?	publisher refers to pub_name; about the title refers to notes	job level refers to job_lvl; YEAR(hire_date) between 1990 and 1995
Which title is about helpful hints on how to use your electronic resources, which publisher published it and what is the price of this book?	publisher refers to pub_name; about the title refers to notes	most title published refers to MAX(count(title_id); published in 1991 refers to YEAR(pubdate) = 1991
Which title is about helpful hints on how to use your electronic resources, which publisher published it and what is the price of this book?	publisher refers to pub_name; about the title refers to notes	not located at USA refers to country! = 'USA'
Which title is about helpful hints on how to use your electronic resources, which publisher published it and what is the price of this book?	publisher refers to pub_name; about the title refers to notes	French publisher means publisher in France where country = 'France'
Which title is about helpful hints on how to use your electronic resources, which publisher published it and what is the price of this book?	publisher refers to pub_name; about the title refers to notes	year to date sales refers to ytd_sales; on contract refers to contract = 1
State the royalty percentage for the most year to date sale title within the 20000 range.	most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000	publisher name refers to pub_name
State the royalty percentage for the most year to date sale title within the 20000 range.	most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000	most title published refers to MAX(count(title_id); published in 1991 refers to YEAR(pubdate) = 1991
State the royalty percentage for the most year to date sale title within the 20000 range.	most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000	name the publisher refers to pub_name
State the royalty percentage for the most year to date sale title within the 20000 range.	most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000	job level refers to job_lvl; YEAR(hire_date) between 1990 and 1995
State the royalty percentage for the most year to date sale title within the 20000 range.	most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000	job level refers to job_lvl
State the royalty percentage for the most year to date sale title within the 20000 range.	most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000	Marketing manager is a job description which refers to job_desc; US publisher refers publisher in the US where country = 'USA'; non-US publishers refers publisher not in the US where country! = 'USA'; job level refers to job_lvl; average level = AVG(job_lvl)
State the royalty percentage for the most year to date sale title within the 20000 range.	most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000	publisher id refers to pub_id; publisher name refers to pub_name; average year to date sales = AVG(ytd_sales)
State the royalty percentage for the most year to date sale title within the 20000 range.	most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000	published by refers to pub_name
State the royalty percentage for the most year to date sale title within the 20000 range.	most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000	publisher refers to pub_name; about the title refers to notes
State the royalty percentage for the most year to date sale title within the 20000 range.	most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000	publisher name refers to pub_name;

Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.

when the station was first installed refers to installation_date;

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

Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.

when the station was first installed refers to installation_date;

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

Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.

when the station was first installed refers to installation_date;

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

Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.

when the station was first installed refers to installation_date;

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

Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.

when the station was first installed refers to installation_date;

route implies a course taken in getting from start_station_name to end_station_name; the longest duration refers to MAX(duration);

Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.

when the station was first installed refers to installation_date;

ended on a foggy day refers to end_date where events = 'fog'; average duration = DIVIDE(SUM(duration), COUNT(duration));

Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.

when the station was first installed refers to installation_date;

subscription_type = 'Subscriber'; DIVIDE(COUNT(id where subscription_type = 'Subscriber'), COUNT(id)) as percentage;

Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.

when the station was first installed refers to installation_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;

Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.

when the station was first installed refers to installation_date;

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))

Name the city of the station that trip ID 585842 borrowed a bike and indicate when that station was first installed.

when the station was first installed refers to installation_date;

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

List out all stations name that having a mean temperature 20 degree Celsius in year 2014.

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%';

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

List out all stations name that having a mean temperature 20 degree Celsius in year 2014.

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%';

started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));

List out all stations name that having a mean temperature 20 degree Celsius in year 2014.

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%';

when the station was first installed refers to installation_date;

List out all stations name that having a mean temperature 20 degree Celsius in year 2014.

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%';

average duration = DIVIDE(SUM(duration), COUNT(id)); subscribers refers to subscription_type = 'subscriptions'; started and ended their trip at Mountain View City Hall refers to start_station_name = 'Mountain View City Hall' and end_station_name = 'Mountain View City Hall'; when the station was first installed refers to installation_date;

List out all stations name that having a mean temperature 20 degree Celsius in year 2014.

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%';

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

List out all stations name that having a mean temperature 20 degree Celsius in year 2014.

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%';

San Francico is the name of the city; can hold more than 20 bikes implies dock's capacity and refers to dock_count≥20;

List out all stations name that having a mean temperature 20 degree Celsius in year 2014.

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%';

start and end station are similar refers to start_station_name = end_station_name; latitude and longitude coordinates can be used to indicate a location;

List out all stations name that having a mean temperature 20 degree Celsius in year 2014.

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%';

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

List out all stations name that having a mean temperature 20 degree Celsius in year 2014.

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%';

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

List out all stations name that having a mean temperature 20 degree Celsius in year 2014.

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%';

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 total trip duration made within Palo Alto city? Convert the duration to hour.

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

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

What is the total trip duration made within Palo Alto city? Convert the duration to hour.

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

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;

What is the total trip duration made within Palo Alto city? Convert the duration to hour.

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

least used bike refers to bike_id with MIN(COUNT(main_trip.id)); start station refers to start_station_name; end station refers to end_station_name; total duration in hour = DIVIDE(duration, 3600) AS hour;

What is the total trip duration made within Palo Alto city? Convert the duration to hour.

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

ended on a foggy day refers to end_date where events = 'fog'; average duration = DIVIDE(SUM(duration), COUNT(duration));

What is the total trip duration made within Palo Alto city? Convert the duration to hour.

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

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;

What is the total trip duration made within Palo Alto city? Convert the duration to hour.

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

Powell Street refers to start_station_name; bike 496 refers to bike_id = '496'; start_date = '8/29/2013';

What is the total trip duration made within Palo Alto city? Convert the duration to hour.

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

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

What is the total trip duration made within Palo Alto city? Convert the duration to hour.

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

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;

What is the total trip duration made within Palo Alto city? Convert the duration to hour.

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

hottest temperature refers to MAX(max_temperature_f);

What is the total trip duration made within Palo Alto city? Convert the duration to hour.

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

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

Which year had the most number of trips that started at stations in San Francisco?

started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));

started at refers to start_station_name; start_station_name = 'Market at 4th'; location coordinates refers to (lat, long);

Which year had the most number of trips that started at stations in San Francisco?

started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));

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;

Which year had the most number of trips that started at stations in San Francisco?

started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));

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 year had the most number of trips that started at stations in San Francisco?

started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));

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';

Which year had the most number of trips that started at stations in San Francisco?

started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));

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;

Which year had the most number of trips that started at stations in San Francisco?

started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_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 had the most number of trips that started at stations in San Francisco?

started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));

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

Which year had the most number of trips that started at stations in San Francisco?

started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));

San Francico is the name of the city; can hold more than 20 bikes implies dock's capacity and refers to dock_count≥20;

Which year had the most number of trips that started at stations in San Francisco?

started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));

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';

Which year had the most number of trips that started at stations in San Francisco?

started at station refers to start_station_name; San Francisco refers to city = 'San Francisco'; year that had the most number of trips refers to MAX(year(start_date));

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

Please give more detailed information about the first three books that sell the best.

qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)

qty is abbreviation for quantity; bestseller means with the most sales quantity; MAX(qty)

Please give more detailed information about the first three books that sell the best.

qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)

French publisher means publisher in France where country = 'France'

Please give more detailed information about the first three books that sell the best.

qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)

publisher id refers to pub_id; publisher name refers to pub_name; average year to date sales = AVG(ytd_sales)

Please give more detailed information about the first three books that sell the best.

qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)

publisher name refers to pub_name

Please give more detailed information about the first three books that sell the best.

qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)

publisher name refers to pub_name; publication date refers to pubdate; published in year 1991 refers to YEAR(pubdate) = 1991

Please give more detailed information about the first three books that sell the best.

qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)

most title published refers to MAX(count(title_id); published in 1991 refers to YEAR(pubdate) = 1991

Please give more detailed information about the first three books that sell the best.

qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)

order happened on refers to ord_date

Please give more detailed information about the first three books that sell the best.

qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)

name the publisher refers to pub_name

Please give more detailed information about the first three books that sell the best.

qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)

Remulade is a city; sales in the store refers to ord_num

Please give more detailed information about the first three books that sell the best.

qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)

Massachusetts is a state; business books refers to type = 'business'

Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.

name the publisher refers to pub_name

publisher name refers to pub_name;

Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.

name the publisher refers to pub_name

qty is abbreviation for quantity; sold more than average refers to qty > AVG(qty); california refers to state = 'CA"

Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.

name the publisher refers to pub_name

most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000

Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.

name the publisher refers to pub_name

not located at USA refers to country! = 'USA'

Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.

name the publisher refers to pub_name

highest job level refers to MAX(job_lvl)

Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.

name the publisher refers to pub_name

Massachusetts is a state; business books refers to type = 'business'

Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.

name the publisher refers to pub_name

Remulade is a city; sales in the store refers to ord_num

Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.

name the publisher refers to pub_name

store name refers to stor_name

Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.

name the publisher refers to pub_name

qty is abbreviation for quantity; sells the best mean with the most sales quantity; MAX(qty)

Name the title and publisher for title ID BU 2075. Provide all the royalty percentage for all ranges.

name the publisher refers to pub_name

publisher name refers to pub_name; publication date refers to pubdate; published in year 1991 refers to YEAR(pubdate) = 1991

List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.

Eric the Read Books is a publisher which refers to pub_name;

Remulade is a city; sales in the store refers to ord_num

List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.

Eric the Read Books is a publisher which refers to pub_name;

Marketing manager is a job description which refers to job_desc; US publisher refers publisher in the US where country = 'USA'; non-US publishers refers publisher not in the US where country! = 'USA'; job level refers to job_lvl; average level = AVG(job_lvl)

List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.

Eric the Read Books is a publisher which refers to pub_name;

most year to date sales refers to MAX(ytd_sales); range limit means high range which refers to hirange; the 20000 range refers to hirange<20000

List the title name, type, and price of the titles published by New Moon Books. Arrange the list in ascending order of price.

Eric the Read Books is a publisher which refers to pub_name;

published by refers to pub_name