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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.personal_name, t1.family_name, t2.author_id FROM course_authors_and_tutors AS t1 JOIN courses AS t2 ON t1.author_id = t2.author_id GROUP BY t2.author_id ORDER BY count(*) DESC LIMIT 1; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.personal_name, t1.family_name, t2.author_id FROM course_authors_and_tutors AS t1 JOIN courses AS t2 ON t1.author_id = t2.author_id GROUP BY t2.author_id ORDER BY count(*) DESC LIMIT 1; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.address_line_1, t2.author_id FROM course_authors_and_tutors AS t1 JOIN courses AS t2 ON t1.author_id = t2.author_id GROUP BY t2.author_id HAVING count(*) >= 2; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.address_line_1, t2.author_id FROM course_authors_and_tutors AS t1 JOIN courses AS t2 ON t1.author_id = t2.author_id GROUP BY t2.author_id HAVING count(*) >= 2; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t2.course_name FROM course_authors_and_tutors AS t1 JOIN courses AS t2 ON t1.author_id = t2.author_id WHERE t1.personal_name = "Julio"; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t2.course_name FROM course_authors_and_tutors AS t1 JOIN courses AS t2 ON t1.author_id = t2.author_id WHERE t1.personal_name = "Julio"; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.course_name, t1.course_description FROM courses AS t1 JOIN subjects AS t2 ON t1.subject_id = t2.subject_id WHERE t2.subject_name = "Computer Science"; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.course_name, t1.course_description FROM courses AS t1 JOIN subjects AS t2 ON t1.subject_id = t2.subject_id WHERE t2.subject_name = "Computer Science"; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.subject_id, t2.subject_name, count(*) FROM courses AS t1 JOIN subjects AS t2 ON t1.subject_id = t2.subject_id GROUP BY t1.subject_id; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.subject_id, t2.subject_name, count(*) FROM courses AS t1 JOIN subjects AS t2 ON t1.subject_id = t2.subject_id GROUP BY t1.subject_id; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.subject_id, t2.subject_name, count(*) FROM courses AS t1 JOIN subjects AS t2 ON t1.subject_id = t2.subject_id GROUP BY t1.subject_id ORDER BY count(*) ASC; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.subject_id, t2.subject_name, count(*) FROM courses AS t1 JOIN subjects AS t2 ON t1.subject_id = t2.subject_id GROUP BY t1.subject_id ORDER BY count(*) ASC; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t2.date_of_enrolment FROM courses AS t1 JOIN student_course_enrolment AS t2 ON t1.course_id = t2.course_id WHERE t1.course_name = "Spanish"; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t2.date_of_enrolment FROM courses AS t1 JOIN student_course_enrolment AS t2 ON t1.course_id = t2.course_id WHERE t1.course_name = "Spanish"; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.course_name FROM courses AS t1 JOIN student_course_enrolment AS t2 ON t1.course_id = t2.course_id GROUP BY t1.course_name ORDER BY count(*) DESC LIMIT 1; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.course_name FROM courses AS t1 JOIN student_course_enrolment AS t2 ON t1.course_id = t2.course_id GROUP BY t1.course_name ORDER BY count(*) DESC LIMIT 1; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.course_name FROM courses AS t1 JOIN student_course_enrolment AS t2 ON t1.course_id = t2.course_id GROUP BY t1.course_name HAVING count(*) = 1; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.course_name FROM courses AS t1 JOIN student_course_enrolment AS t2 ON t1.course_id = t2.course_id GROUP BY t1.course_name HAVING count(*) = 1; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.course_description, t1.course_name FROM courses AS t1 JOIN student_course_enrolment AS t2 ON t1.course_id = t2.course_id GROUP BY t1.course_name HAVING count(*) > 2; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.course_description, t1.course_name FROM courses AS t1 JOIN student_course_enrolment AS t2 ON t1.course_id = t2.course_id GROUP BY t1.course_name HAVING count(*) > 2; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.course_name, count(*) FROM courses AS t1 JOIN student_course_enrolment AS t2 ON t1.course_id = t2.course_id GROUP BY t1.course_name; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.course_name, count(*) FROM courses AS t1 JOIN student_course_enrolment AS t2 ON t1.course_id = t2.course_id GROUP BY t1.course_name; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.date_of_enrolment FROM student_course_enrolment AS t1 JOIN student_tests_taken AS t2 ON t1.registration_id = t2.registration_id WHERE t2.test_result = "Pass"; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.date_of_enrolment FROM student_course_enrolment AS t1 JOIN student_tests_taken AS t2 ON t1.registration_id = t2.registration_id WHERE t2.test_result = "Pass"; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.date_of_completion FROM student_course_enrolment AS t1 JOIN student_tests_taken AS t2 ON t1.registration_id = t2.registration_id WHERE t2.test_result = "Fail"; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.date_of_completion FROM student_course_enrolment AS t1 JOIN student_tests_taken AS t2 ON t1.registration_id = t2.registration_id WHERE t2.test_result = "Fail"; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.date_of_enrolment, t1.date_of_completion FROM student_course_enrolment AS t1 JOIN students AS t2 ON t1.student_id = t2.student_id WHERE t2.personal_name = "Karson"; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.date_of_enrolment, t1.date_of_completion FROM student_course_enrolment AS t1 JOIN students AS t2 ON t1.student_id = t2.student_id WHERE t2.personal_name = "Karson"; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.date_of_enrolment, t1.date_of_completion FROM student_course_enrolment AS t1 JOIN students AS t2 ON t1.student_id = t2.student_id WHERE t2.family_name = "Zieme" AND t2.personal_name = "Bernie"; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.date_of_enrolment, t1.date_of_completion FROM student_course_enrolment AS t1 JOIN students AS t2 ON t1.student_id = t2.student_id WHERE t2.family_name = "Zieme" AND t2.personal_name = "Bernie"; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.student_id, t2.login_name FROM student_course_enrolment AS t1 JOIN students AS t2 ON t1.student_id = t2.student_id GROUP BY t1.student_id ORDER BY count(*) DESC LIMIT 1; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.student_id, t2.login_name FROM student_course_enrolment AS t1 JOIN students AS t2 ON t1.student_id = t2.student_id GROUP BY t1.student_id ORDER BY count(*) DESC LIMIT 1; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.student_id, t2.personal_name FROM student_course_enrolment AS t1 JOIN students AS t2 ON t1.student_id = t2.student_id GROUP BY t1.student_id HAVING count(*) >= 2; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.student_id, t2.personal_name FROM student_course_enrolment AS t1 JOIN students AS t2 ON t1.student_id = t2.student_id GROUP BY t1.student_id HAVING count(*) >= 2; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.student_id, t2.middle_name FROM student_course_enrolment AS t1 JOIN students AS t2 ON t1.student_id = t2.student_id GROUP BY t1.student_id HAVING count(*) <= 2; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.student_id, t2.middle_name FROM student_course_enrolment AS t1 JOIN students AS t2 ON t1.student_id = t2.student_id GROUP BY t1.student_id HAVING count(*) <= 2; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT personal_name FROM students EXCEPT SELECT t1.personal_name FROM students AS t1 JOIN student_course_enrolment AS t2 ON t1.student_id = t2.student_id; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT personal_name FROM students EXCEPT SELECT t1.personal_name FROM students AS t1 JOIN student_course_enrolment AS t2 ON t1.student_id = t2.student_id; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT count(*) FROM students WHERE student_id NOT IN (SELECT student_id FROM student_course_enrolment); | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT count(*) FROM students WHERE student_id NOT IN (SELECT student_id FROM student_course_enrolment); | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT login_name FROM course_authors_and_tutors INTERSECT SELECT login_name FROM students; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT login_name FROM course_authors_and_tutors INTERSECT SELECT login_name FROM students; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT personal_name FROM course_authors_and_tutors INTERSECT SELECT personal_name FROM students; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT personal_name FROM course_authors_and_tutors INTERSECT SELECT personal_name FROM students; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.date_claim_made, t1.claim_id FROM claims AS t1 JOIN settlements AS t2 ON t1.claim_id = t2.claim_id GROUP BY t1.claim_id HAVING count(*) > 2 UNION SELECT t1.date_claim_made, t1.claim_id FROM claims AS t1 JOIN settlements AS t2 ON t1.claim_id = t2.claim_id WHERE t1.amount_claimed = (SELECT max(amount_claimed) F... | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.date_claim_made, t1.claim_id FROM claims AS t1 JOIN settlements AS t2 ON t1.claim_id = t2.claim_id GROUP BY t1.claim_id HAVING count(*) > 2 UNION SELECT t1.date_claim_made, t1.claim_id FROM claims AS t1 JOIN settlements AS t2 ON t1.claim_id = t2.claim_id WHERE t1.amount_claimed = (SELECT max(amount_claimed) F... | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.customer_details, t1.customer_id FROM customers AS t1 JOIN customer_policies AS t2 ON t1.customer_id = t2.customer_id GROUP BY t1.customer_id HAVING count(*) >= 2 EXCEPT SELECT t1.customer_details, t1.customer_id FROM customers AS t1 JOIN customer_policies AS t2 ON t1.customer_id = t2.customer_id JOIN claims ... | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.customer_details, t1.customer_id FROM customers AS t1 JOIN customer_policies AS t2 ON t1.customer_id = t2.customer_id GROUP BY t1.customer_id HAVING count(*) >= 2 EXCEPT SELECT t1.customer_details, t1.customer_id FROM customers AS t1 JOIN customer_policies AS t2 ON t1.customer_id = t2.customer_id JOIN claims ... | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT payment_method_code, date_payment_made, amount_payment FROM payments ORDER BY date_payment_made ASC; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT payment_method_code, date_payment_made, amount_payment FROM payments ORDER BY date_payment_made ASC; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT amount_settled, amount_claimed FROM claims ORDER BY amount_claimed DESC LIMIT 1; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT amount_settled, amount_claimed FROM claims ORDER BY amount_claimed DESC LIMIT 1; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT amount_settled, amount_claimed FROM claims ORDER BY amount_settled ASC LIMIT 1; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT amount_settled, amount_claimed FROM claims ORDER BY amount_settled ASC LIMIT 1; | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT date_claim_made, date_claim_settled FROM claims WHERE amount_claimed > (SELECT avg(amount_claimed) FROM claims); | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT date_claim_made, date_claim_settled FROM claims WHERE amount_claimed > (SELECT avg(amount_claimed) FROM claims); | You are an experienced and professional database administrator.
|
Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT date_claim_made FROM claims WHERE amount_settled <= (SELECT avg(amount_settled) FROM claims); | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT date_claim_made FROM claims WHERE amount_settled <= (SELECT avg(amount_settled) FROM claims); | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.claim_id, count(*) FROM claims AS t1 JOIN settlements AS t2 ON t1.claim_id = t2.claim_id GROUP BY t1.claim_id; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.claim_id, count(*) FROM claims AS t1 JOIN settlements AS t2 ON t1.claim_id = t2.claim_id GROUP BY t1.claim_id; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.claim_id, t1.date_claim_made, count(*) FROM claims AS t1 JOIN settlements AS t2 ON t1.claim_id = t2.claim_id GROUP BY t1.claim_id ORDER BY count(*) DESC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.claim_id, t1.date_claim_made, count(*) FROM claims AS t1 JOIN settlements AS t2 ON t1.claim_id = t2.claim_id GROUP BY t1.claim_id ORDER BY count(*) DESC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT count(*), t1.claim_id FROM claims AS t1 JOIN settlements AS t2 ON t1.claim_id = t2.claim_id GROUP BY t1.claim_id ORDER BY t1.date_claim_settled DESC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT count(*), t1.claim_id FROM claims AS t1 JOIN settlements AS t2 ON t1.claim_id = t2.claim_id GROUP BY t1.claim_id ORDER BY t1.date_claim_settled DESC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT date_claim_made FROM claims ORDER BY date_claim_made ASC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT date_claim_made FROM claims ORDER BY date_claim_made ASC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT sum(amount_settled) FROM settlements; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT sum(amount_settled) FROM settlements; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.customer_details, t1.customer_id FROM customers AS t1 JOIN customer_policies AS t2 ON t1.customer_id = t2.customer_id GROUP BY t1.customer_id HAVING count(*) > 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.customer_details, t1.customer_id FROM customers AS t1 JOIN customer_policies AS t2 ON t1.customer_id = t2.customer_id GROUP BY t1.customer_id HAVING count(*) > 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT date_claim_made, date_claim_settled FROM settlements; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT date_claim_made, date_claim_settled FROM settlements; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT payment_method_code FROM payments GROUP BY payment_method_code ORDER BY count(*) DESC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT payment_method_code FROM payments GROUP BY payment_method_code ORDER BY count(*) DESC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT payment_method_code FROM payments GROUP BY payment_method_code ORDER BY count(*) ASC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT payment_method_code FROM payments GROUP BY payment_method_code ORDER BY count(*) ASC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT sum(amount_payment) FROM payments; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT sum(amount_payment) FROM payments; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT DISTINCT customer_details FROM customers; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT DISTINCT customer_details FROM customers; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT policy_type_code FROM customer_policies GROUP BY policy_type_code ORDER BY count(*) DESC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT policy_type_code FROM customer_policies GROUP BY policy_type_code ORDER BY count(*) DESC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT count(*) FROM settlements; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT count(*) FROM settlements; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT payment_id, date_payment_made, amount_payment FROM payments WHERE payment_method_code = 'Visa'; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT payment_id, date_payment_made, amount_payment FROM payments WHERE payment_method_code = 'Visa'; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT customer_details FROM customers EXCEPT SELECT t1.customer_details FROM customers AS t1 JOIN customer_policies AS t2 ON t1.customer_id = t2.customer_id; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT customer_details FROM customers EXCEPT SELECT t1.customer_details FROM customers AS t1 JOIN customer_policies AS t2 ON t1.customer_id = t2.customer_id; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.claim_id, t1.date_claim_made, t1.date_claim_settled FROM claims AS t1 JOIN settlements AS t2 ON t1.claim_id = t2.claim_id GROUP BY t1.claim_id HAVING count(*) = 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t1.claim_id, t1.date_claim_made, t1.date_claim_settled FROM claims AS t1 JOIN settlements AS t2 ON t1.claim_id = t2.claim_id GROUP BY t1.claim_id HAVING count(*) = 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT sum(amount_claimed) FROM claims; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT sum(amount_claimed) FROM claims; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT name FROM department GROUP BY departmentid ORDER BY count(departmentid) DESC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT name FROM department GROUP BY departmentid ORDER BY count(departmentid) DESC LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT head FROM department GROUP BY departmentid ORDER BY count(departmentid) LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT head FROM department GROUP BY departmentid ORDER BY count(departmentid) LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t2.name, t2.position FROM department AS t1 JOIN physician AS t2 ON t1.head = t2.employeeid GROUP BY departmentid ORDER BY count(departmentid) LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT t2.name, t2.position FROM department AS t1 JOIN physician AS t2 ON t1.head = t2.employeeid GROUP BY departmentid ORDER BY count(departmentid) LIMIT 1; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT name FROM appointment AS t1 JOIN patient AS t2 ON t1.patient = t2.ssn; | You are an experienced and professional database administrator.
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Given [Database Schema] and [Foreign Keys], your task is to write a [SQL Query] to answer the [Question].
[Database Schema] Every table consists of several columns. Each line describes the name, type of the column and optional value examples. In some cases, column name can be ambiguous, and extra comment is provided t... | SELECT name FROM appointment AS t1 JOIN patient AS t2 ON t1.patient = t2.ssn; | You are an experienced and professional database administrator.
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