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SELECT T3.Name , T2.Date , T2.Venue FROM debate_people AS T1 JOIN debate AS T2 ON T1.Debate_ID = T2.Debate_ID JOIN people AS T3 ON T1.Affirmative = T3.People_ID
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Given the Table people having columns as People_ID has datatype number, District has datatype text, Name has datatype text, Party has datatype text, Age has datatype number which has People_ID and Given the Table debate having columns as Debate_ID has datatype number, Date has datatype text, Venue has datatype text, Num_of_Audience has datatype number which has Debate_ID and Given the Table debate people having columns as Debate_ID has datatype number, Affirmative has datatype number, Negative has datatype number, If_Affirmative_Win has datatype others which has Debate_ID. Answer the question by writing the appropriate SQL code. Show the names of people, and dates and venues of debates they are on the affirmative side.
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SELECT T3.Name , T2.Date , T2.Venue FROM debate_people AS T1 JOIN debate AS T2 ON T1.Debate_ID = T2.Debate_ID JOIN people AS T3 ON T1.Negative = T3.People_ID ORDER BY T3.Name ASC
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Given the Table people having columns as People_ID has datatype number, District has datatype text, Name has datatype text, Party has datatype text, Age has datatype number which has People_ID and Given the Table debate having columns as Debate_ID has datatype number, Date has datatype text, Venue has datatype text, Num_of_Audience has datatype number which has Debate_ID and Given the Table debate people having columns as Debate_ID has datatype number, Affirmative has datatype number, Negative has datatype number, If_Affirmative_Win has datatype others which has Debate_ID. Answer the question by writing the appropriate SQL code. Show the names of people, and dates and venues of debates they are on the negative side, ordered in ascending alphabetical order of name.
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SELECT T3.Name FROM debate_people AS T1 JOIN debate AS T2 ON T1.Debate_ID = T2.Debate_ID JOIN people AS T3 ON T1.Affirmative = T3.People_ID WHERE T2.Num_of_Audience > 200
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Given the Table people having columns as People_ID has datatype number, District has datatype text, Name has datatype text, Party has datatype text, Age has datatype number which has People_ID and Given the Table debate having columns as Debate_ID has datatype number, Date has datatype text, Venue has datatype text, Num_of_Audience has datatype number which has Debate_ID and Given the Table debate people having columns as Debate_ID has datatype number, Affirmative has datatype number, Negative has datatype number, If_Affirmative_Win has datatype others which has Debate_ID. Answer the question by writing the appropriate SQL code. Show the names of people that are on affirmative side of debates with number of audience bigger than 200.
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SELECT T2.Name , COUNT(*) FROM debate_people AS T1 JOIN people AS T2 ON T1.Affirmative = T2.People_ID GROUP BY T2.Name
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Given the Table people having columns as People_ID has datatype number, District has datatype text, Name has datatype text, Party has datatype text, Age has datatype number which has People_ID and Given the Table debate having columns as Debate_ID has datatype number, Date has datatype text, Venue has datatype text, Num_of_Audience has datatype number which has Debate_ID and Given the Table debate people having columns as Debate_ID has datatype number, Affirmative has datatype number, Negative has datatype number, If_Affirmative_Win has datatype others which has Debate_ID. Answer the question by writing the appropriate SQL code. Show the names of people and the number of times they have been on the affirmative side of debates.
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SELECT T2.Name FROM debate_people AS T1 JOIN people AS T2 ON T1.Negative = T2.People_ID GROUP BY T2.Name HAVING COUNT(*) >= 2
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Given the Table people having columns as People_ID has datatype number, District has datatype text, Name has datatype text, Party has datatype text, Age has datatype number which has People_ID and Given the Table debate having columns as Debate_ID has datatype number, Date has datatype text, Venue has datatype text, Num_of_Audience has datatype number which has Debate_ID and Given the Table debate people having columns as Debate_ID has datatype number, Affirmative has datatype number, Negative has datatype number, If_Affirmative_Win has datatype others which has Debate_ID. Answer the question by writing the appropriate SQL code. Show the names of people who have been on the negative side of debates at least twice.
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SELECT Name FROM people WHERE People_id NOT IN (SELECT Affirmative FROM debate_people)
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Given the Table people having columns as People_ID has datatype number, District has datatype text, Name has datatype text, Party has datatype text, Age has datatype number which has People_ID and Given the Table debate having columns as Debate_ID has datatype number, Date has datatype text, Venue has datatype text, Num_of_Audience has datatype number which has Debate_ID and Given the Table debate people having columns as Debate_ID has datatype number, Affirmative has datatype number, Negative has datatype number, If_Affirmative_Win has datatype others which has Debate_ID. Answer the question by writing the appropriate SQL code. List the names of people that have not been on the affirmative side of debates.
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SELECT customer_details FROM customers ORDER BY customer_details
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. List the names of all the customers in alphabetical order.
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SELECT customer_details FROM customers ORDER BY customer_details
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Sort the customer names in alphabetical order.
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SELECT policy_type_code FROM policies AS t1 JOIN customers AS t2 ON t1.customer_id = t2.customer_id WHERE t2.customer_details = "Dayana Robel"
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find all the policy type codes associated with the customer "Dayana Robel"
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SELECT policy_type_code FROM policies AS t1 JOIN customers AS t2 ON t1.customer_id = t2.customer_id WHERE t2.customer_details = "Dayana Robel"
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. What are the type codes of the policies used by the customer "Dayana Robel"?
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SELECT policy_type_code FROM policies GROUP BY policy_type_code ORDER BY count(*) DESC LIMIT 1
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Which type of policy is most frequently used? Give me the policy type code.
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SELECT policy_type_code FROM policies GROUP BY policy_type_code ORDER BY count(*) DESC LIMIT 1
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find the type code of the most frequently used policy.
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SELECT policy_type_code FROM policies GROUP BY policy_type_code HAVING count(*) > 2
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find all the policy types that are used by more than 2 customers.
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SELECT policy_type_code FROM policies GROUP BY policy_type_code HAVING count(*) > 2
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Which types of policy are chosen by more than 2 customers? Give me the policy type codes.
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SELECT sum(amount_piad) , avg(amount_piad) FROM claim_headers
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find the total and average amount paid in claim headers.
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SELECT sum(amount_piad) , avg(amount_piad) FROM claim_headers
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. What are the total amount and average amount paid in claim headers?
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SELECT sum(t1.amount_claimed) FROM claim_headers AS t1 JOIN claims_documents AS t2 ON t1.claim_header_id = t2.claim_id WHERE t2.created_date = (SELECT created_date FROM claims_documents ORDER BY created_date LIMIT 1)
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find the total amount claimed in the most recently created document.
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SELECT sum(t1.amount_claimed) FROM claim_headers AS t1 JOIN claims_documents AS t2 ON t1.claim_header_id = t2.claim_id WHERE t2.created_date = (SELECT created_date FROM claims_documents ORDER BY created_date LIMIT 1)
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. How much amount in total were claimed in the most recently created document?
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SELECT t3.customer_details FROM claim_headers AS t1 JOIN policies AS t2 ON t1.policy_id = t2.policy_id JOIN customers AS t3 ON t2.customer_id = t3.customer_id WHERE t1.amount_claimed = (SELECT max(amount_claimed) FROM claim_headers)
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. What is the name of the customer who has made the largest amount of claim in a single claim?
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SELECT t3.customer_details FROM claim_headers AS t1 JOIN policies AS t2 ON t1.policy_id = t2.policy_id JOIN customers AS t3 ON t2.customer_id = t3.customer_id WHERE t1.amount_claimed = (SELECT max(amount_claimed) FROM claim_headers)
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Which customer made the largest amount of claim in a single claim? Return the customer details.
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SELECT t3.customer_details FROM claim_headers AS t1 JOIN policies AS t2 ON t1.policy_id = t2.policy_id JOIN customers AS t3 ON t2.customer_id = t3.customer_id WHERE t1.amount_piad = (SELECT min(amount_piad) FROM claim_headers)
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. What is the name of the customer who has made the minimum amount of payment in one claim?
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SELECT t3.customer_details FROM claim_headers AS t1 JOIN policies AS t2 ON t1.policy_id = t2.policy_id JOIN customers AS t3 ON t2.customer_id = t3.customer_id WHERE t1.amount_piad = (SELECT min(amount_piad) FROM claim_headers)
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Which customer made the smallest amount of claim in one claim? Return the customer details.
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SELECT customer_details FROM customers EXCEPT SELECT t2.customer_details FROM policies AS t1 JOIN customers AS t2 ON t1.customer_id = t2.customer_id
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find the names of customers who have no policies associated.
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SELECT customer_details FROM customers EXCEPT SELECT t2.customer_details FROM policies AS t1 JOIN customers AS t2 ON t1.customer_id = t2.customer_id
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. What are the names of customers who do not have any policies?
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SELECT count(*) FROM claims_processing_stages
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. How many claim processing stages are there in total?
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SELECT count(*) FROM claims_processing_stages
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find the number of distinct stages in claim processing.
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SELECT t2.claim_status_name FROM claims_processing AS t1 JOIN claims_processing_stages AS t2 ON t1.claim_stage_id = t2.claim_stage_id GROUP BY t1.claim_stage_id ORDER BY count(*) DESC LIMIT 1
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. What is the name of the claim processing stage that most of the claims are on?
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SELECT t2.claim_status_name FROM claims_processing AS t1 JOIN claims_processing_stages AS t2 ON t1.claim_stage_id = t2.claim_stage_id GROUP BY t1.claim_stage_id ORDER BY count(*) DESC LIMIT 1
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Which claim processing stage has the most claims? Show the claim status name.
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SELECT customer_details FROM customers WHERE customer_details LIKE "%Diana%"
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find the names of customers whose name contains "Diana".
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SELECT customer_details FROM customers WHERE customer_details LIKE "%Diana%"
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Which customers have the substring "Diana" in their names? Return the customer details.
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SELECT DISTINCT t2.customer_details FROM policies AS t1 JOIN customers AS t2 ON t1.customer_id = t2.customer_id WHERE t1.policy_type_code = "Deputy"
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find the names of the customers who have an deputy policy.
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SELECT DISTINCT t2.customer_details FROM policies AS t1 JOIN customers AS t2 ON t1.customer_id = t2.customer_id WHERE t1.policy_type_code = "Deputy"
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Which customers have an insurance policy with the type code "Deputy"? Give me the customer details.
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SELECT DISTINCT t2.customer_details FROM policies AS t1 JOIN customers AS t2 ON t1.customer_id = t2.customer_id WHERE t1.policy_type_code = "Deputy" OR t1.policy_type_code = "Uniform"
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find the names of customers who either have an deputy policy or uniformed policy.
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SELECT DISTINCT t2.customer_details FROM policies AS t1 JOIN customers AS t2 ON t1.customer_id = t2.customer_id WHERE t1.policy_type_code = "Deputy" OR t1.policy_type_code = "Uniform"
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Which customers have an insurance policy with the type code "Deputy" or "Uniform"? Return the customer details.
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SELECT customer_details FROM customers UNION SELECT staff_details FROM staff
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find the names of all the customers and staff members.
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SELECT customer_details FROM customers UNION SELECT staff_details FROM staff
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. What are the names of the customers and staff members?
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SELECT policy_type_code , count(*) FROM policies GROUP BY policy_type_code
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find the number of records of each policy type and its type code.
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SELECT policy_type_code , count(*) FROM policies GROUP BY policy_type_code
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. For each policy type, return its type code and its count in the record.
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SELECT t2.customer_details FROM policies AS t1 JOIN customers AS t2 ON t1.customer_id = t2.customer_id GROUP BY t2.customer_details ORDER BY count(*) DESC LIMIT 1
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find the name of the customer that has been involved in the most policies.
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SELECT t2.customer_details FROM policies AS t1 JOIN customers AS t2 ON t1.customer_id = t2.customer_id GROUP BY t2.customer_details ORDER BY count(*) DESC LIMIT 1
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Which customer have the most policies? Give me the customer details.
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SELECT claim_status_description FROM claims_processing_stages WHERE claim_status_name = "Open"
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. What is the description of the claim status "Open"?
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SELECT claim_status_description FROM claims_processing_stages WHERE claim_status_name = "Open"
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find the description of the claim status "Open".
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SELECT count(DISTINCT claim_outcome_code) FROM claims_processing
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. How many distinct claim outcome codes are there?
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SELECT count(DISTINCT claim_outcome_code) FROM claims_processing
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Count the number of distinct claim outcome codes.
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SELECT t2.customer_details FROM policies AS t1 JOIN customers AS t2 ON t1.customer_id = t2.customer_id WHERE t1.start_date = (SELECT max(start_date) FROM policies)
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Which customer is associated with the latest policy?
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SELECT t2.customer_details FROM policies AS t1 JOIN customers AS t2 ON t1.customer_id = t2.customer_id WHERE t1.start_date = (SELECT max(start_date) FROM policies)
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Given the Table customers having columns as Customer_ID has datatype number, Customer_Details has datatype text which has Customer_ID and Given the Table staff having columns as Staff_ID has datatype number, Staff_Details has datatype text which has Staff_ID and Given the Table policies having columns as Policy_ID has datatype number, Customer_ID has datatype number, Policy_Type_Code has datatype text, Start_Date has datatype time, End_Date has datatype time which has Policy_ID and Given the Table claim headers having columns as Claim_Header_ID has datatype number, Claim_Status_Code has datatype text, Claim_Type_Code has datatype text, Policy_ID has datatype number, Date_of_Claim has datatype time, Date_of_Settlement has datatype time, Amount_Claimed has datatype number, Amount_Piad has datatype number which has Claim_Header_ID and Given the Table claims documents having columns as Claim_ID has datatype number, Document_Type_Code has datatype text, Created_by_Staff_ID has datatype number, Created_Date has datatype number which has Claim_ID and Given the Table claims processing stages having columns as Claim_Stage_ID has datatype number, Next_Claim_Stage_ID has datatype number, Claim_Status_Name has datatype text, Claim_Status_Description has datatype text which has Claim_Stage_ID and Given the Table claims processing having columns as Claim_Processing_ID has datatype number, Claim_ID has datatype number, Claim_Outcome_Code has datatype text, Claim_Stage_ID has datatype number, Staff_ID has datatype number which has Claim_Processing_ID. Answer the question by writing the appropriate SQL code. Find the customer who started a policy most recently.
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SELECT count(*) FROM Accounts
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show the number of accounts.
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SELECT count(*) FROM Accounts
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. How many accounts are there?
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SELECT count(DISTINCT customer_id) FROM Accounts
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. How many customers have opened an account?
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SELECT count(DISTINCT customer_id) FROM Accounts
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Count the number of customers who have an account.
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SELECT account_id , date_account_opened , account_name , other_account_details FROM Accounts
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show the id, the date of account opened, the account name, and other account detail for all accounts.
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SELECT account_id , date_account_opened , account_name , other_account_details FROM Accounts
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What are the ids, date opened, name, and other details for all accounts?
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SELECT T1.account_id , T1.date_account_opened , T1.account_name , T1.other_account_details FROM Accounts AS T1 JOIN Customers AS T2 ON T1.customer_id = T2.customer_id WHERE T2.customer_first_name = 'Meaghan'
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show the id, the account name, and other account details for all accounts by the customer with first name 'Meaghan'.
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SELECT T1.account_id , T1.date_account_opened , T1.account_name , T1.other_account_details FROM Accounts AS T1 JOIN Customers AS T2 ON T1.customer_id = T2.customer_id WHERE T2.customer_first_name = 'Meaghan'
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What are the ids, names, dates of opening, and other details for accounts corresponding to the customer with the first name "Meaghan"?
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SELECT T1.account_name , T1.other_account_details FROM Accounts AS T1 JOIN Customers AS T2 ON T1.customer_id = T2.customer_id WHERE T2.customer_first_name = "Meaghan" AND T2.customer_last_name = "Keeling"
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show the account name and other account detail for all accounts by the customer with first name Meaghan and last name Keeling.
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SELECT T1.account_name , T1.other_account_details FROM Accounts AS T1 JOIN Customers AS T2 ON T1.customer_id = T2.customer_id WHERE T2.customer_first_name = "Meaghan" AND T2.customer_last_name = "Keeling"
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What are the names and other details for accounts corresponding to the customer named Meaghan Keeling?
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SELECT T2.customer_first_name , T2.customer_last_name FROM Accounts AS T1 JOIN Customers AS T2 ON T1.customer_id = T2.customer_id WHERE T1.account_name = "900"
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show the first name and last name for the customer with account name 900.
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SELECT T2.customer_first_name , T2.customer_last_name FROM Accounts AS T1 JOIN Customers AS T2 ON T1.customer_id = T2.customer_id WHERE T1.account_name = "900"
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What are the full names of customers with the account name 900?
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SELECT count(*) FROM Customers WHERE customer_id NOT IN (SELECT customer_id FROM Accounts)
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. How many customers don't have an account?
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SELECT count(*) FROM Customers WHERE customer_id NOT IN (SELECT customer_id FROM Accounts)
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Count the number of customers who do not have an account.
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SELECT DISTINCT T1.customer_first_name , T1.customer_last_name , T1.phone_number FROM Customers AS T1 JOIN Accounts AS T2 ON T1.customer_id = T2.customer_id
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show the unique first names, last names, and phone numbers for all customers with any account.
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SELECT DISTINCT T1.customer_first_name , T1.customer_last_name , T1.phone_number FROM Customers AS T1 JOIN Accounts AS T2 ON T1.customer_id = T2.customer_id
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What are the distinct first names, last names, and phone numbers for customers with accounts?
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SELECT customer_id FROM Customers EXCEPT SELECT customer_id FROM Accounts
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show customer ids who don't have an account.
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SELECT customer_id FROM Customers EXCEPT SELECT customer_id FROM Accounts
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What are the customer ids for customers who do not have an account?
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SELECT count(*) , customer_id FROM Accounts GROUP BY customer_id
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. How many accounts does each customer have? List the number and customer id.
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SELECT count(*) , customer_id FROM Accounts GROUP BY customer_id
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Count the number of accounts corresponding to each customer id.
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SELECT T1.customer_id , T2.customer_first_name , T2.customer_last_name FROM Accounts AS T1 JOIN Customers AS T2 ON T1.customer_id = T2.customer_id GROUP BY T1.customer_id ORDER BY count(*) DESC LIMIT 1
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What is the customer id, first and last name with most number of accounts.
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SELECT T1.customer_id , T2.customer_first_name , T2.customer_last_name FROM Accounts AS T1 JOIN Customers AS T2 ON T1.customer_id = T2.customer_id GROUP BY T1.customer_id ORDER BY count(*) DESC LIMIT 1
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Return the id and full name of the customer with the most accounts.
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SELECT T1.customer_id , T2.customer_first_name , T2.customer_last_name , count(*) FROM Accounts AS T1 JOIN Customers AS T2 ON T1.customer_id = T2.customer_id GROUP BY T1.customer_id
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show id, first name and last name for all customers and the number of accounts.
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SELECT T1.customer_id , T2.customer_first_name , T2.customer_last_name , count(*) FROM Accounts AS T1 JOIN Customers AS T2 ON T1.customer_id = T2.customer_id GROUP BY T1.customer_id
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What are the the full names and ids for all customers, and how many accounts does each have?
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SELECT T2.customer_first_name , T1.customer_id FROM Accounts AS T1 JOIN Customers AS T2 ON T1.customer_id = T2.customer_id GROUP BY T1.customer_id HAVING count(*) >= 2
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show first name and id for all customers with at least 2 accounts.
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SELECT T2.customer_first_name , T1.customer_id FROM Accounts AS T1 JOIN Customers AS T2 ON T1.customer_id = T2.customer_id GROUP BY T1.customer_id HAVING count(*) >= 2
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What are the first names and ids for customers who have two or more accounts?
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SELECT count(*) FROM Customers
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show the number of customers.
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SELECT count(*) FROM Customers
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Count the number of customers.
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SELECT gender , count(*) FROM Customers GROUP BY gender
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show the number of customers for each gender.
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SELECT gender , count(*) FROM Customers GROUP BY gender
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. How many customers are there of each gender?
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SELECT count(*) FROM Financial_transactions
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. How many transactions do we have?
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SELECT count(*) FROM Financial_transactions
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Count the number of transactions.
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SELECT count(*) , account_id FROM Financial_transactions
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. How many transaction does each account have? Show the number and account id.
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SELECT count(*) , account_id FROM Financial_transactions
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Count the number of financial transactions that correspond to each account id.
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SELECT count(*) FROM Financial_transactions AS T1 JOIN Accounts AS T2 ON T1.account_id = T2.account_id WHERE T2.account_name = "337"
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. How many transaction does account with name 337 have?
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SELECT count(*) FROM Financial_transactions AS T1 JOIN Accounts AS T2 ON T1.account_id = T2.account_id WHERE T2.account_name = "337"
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Count the number of financial transactions that the account with the name 337 has.
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SELECT avg(transaction_amount) , min(transaction_amount) , max(transaction_amount) , sum(transaction_amount) FROM Financial_transactions
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What is the average, minimum, maximum, and total transaction amount?
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SELECT avg(transaction_amount) , min(transaction_amount) , max(transaction_amount) , sum(transaction_amount) FROM Financial_transactions
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Return the average, minimum, maximum, and total transaction amounts.
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SELECT transaction_id FROM Financial_transactions WHERE transaction_amount > (SELECT avg(transaction_amount) FROM Financial_transactions)
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show ids for all transactions whose amounts are greater than the average.
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SELECT transaction_id FROM Financial_transactions WHERE transaction_amount > (SELECT avg(transaction_amount) FROM Financial_transactions)
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What are the ids for transactions that have an amount greater than the average amount of a transaction?
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SELECT transaction_type , sum(transaction_amount) FROM Financial_transactions GROUP BY transaction_type
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show the transaction types and the total amount of transactions.
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SELECT transaction_type , sum(transaction_amount) FROM Financial_transactions GROUP BY transaction_type
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What are total transaction amounts for each transaction type?
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SELECT T2.account_name , T1.account_id , count(*) FROM Financial_transactions AS T1 JOIN Accounts AS T2 ON T1.account_id = T2.account_id GROUP BY T1.account_id
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show the account name, id and the number of transactions for each account.
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SELECT T2.account_name , T1.account_id , count(*) FROM Financial_transactions AS T1 JOIN Accounts AS T2 ON T1.account_id = T2.account_id GROUP BY T1.account_id
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Return the names and ids of each account, as well as the number of transactions.
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SELECT account_id FROM Financial_transactions GROUP BY account_id ORDER BY count(*) DESC LIMIT 1
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show the account id with most number of transactions.
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SELECT account_id FROM Financial_transactions GROUP BY account_id ORDER BY count(*) DESC LIMIT 1
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What is the id of the account with the most transactions?
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SELECT T1.account_id , T2.account_name FROM Financial_transactions AS T1 JOIN Accounts AS T2 ON T1.account_id = T2.account_id GROUP BY T1.account_id HAVING count(*) >= 4
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show the account id and name with at least 4 transactions.
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SELECT T1.account_id , T2.account_name FROM Financial_transactions AS T1 JOIN Accounts AS T2 ON T1.account_id = T2.account_id GROUP BY T1.account_id HAVING count(*) >= 4
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What are the ids and names of accounts with 4 or more transactions?
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SELECT DISTINCT product_size FROM Products
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show all product sizes.
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SELECT DISTINCT product_size FROM Products
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What are the different product sizes?
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SELECT DISTINCT product_color FROM Products
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show all product colors.
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SELECT DISTINCT product_color FROM Products
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. What are the different product colors?
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SELECT invoice_number , count(*) FROM Financial_transactions GROUP BY invoice_number
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. Show the invoice number and the number of transactions for each invoice.
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SELECT invoice_number , count(*) FROM Financial_transactions GROUP BY invoice_number
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Given the Table customers having columns as customer_id has datatype number, customer_first_name has datatype text, customer_middle_initial has datatype text, customer_last_name has datatype text, gender has datatype text, email_address has datatype text, login_name has datatype text, login_password has datatype text, phone_number has datatype text, town_city has datatype text, state_county_province has datatype text, country has datatype text which has customer_id and Given the Table orders having columns as order_id has datatype number, customer_id has datatype number, date_order_placed has datatype time, order_details has datatype text which has order_id and Given the Table invoices having columns as invoice_number has datatype number, order_id has datatype number, invoice_date has datatype time which has invoice_number and Given the Table accounts having columns as account_id has datatype number, customer_id has datatype number, date_account_opened has datatype time, account_name has datatype text, other_account_details has datatype text which has account_id and Given the Table product categories having columns as production_type_code has datatype text, product_type_description has datatype text, vat_rating has datatype number which has production_type_code and Given the Table products having columns as product_id has datatype number, parent_product_id has datatype number, production_type_code has datatype text, unit_price has datatype number, product_name has datatype text, product_color has datatype text, product_size has datatype text which has product_id and Given the Table financial transactions having columns as transaction_id has datatype number, account_id has datatype number, invoice_number has datatype number, transaction_type has datatype text, transaction_date has datatype time, transaction_amount has datatype number, transaction_comment has datatype text, other_transaction_details has datatype text which has order_item_id and Given the Table order items having columns as order_item_id has datatype number, order_id has datatype number, product_id has datatype number, product_quantity has datatype text, other_order_item_details has datatype text which has NO_PRIMARY_KEY and Given the Table invoice line items having columns as order_item_id has datatype number, invoice_number has datatype number, product_id has datatype number, product_title has datatype text, product_quantity has datatype text, product_price has datatype number, derived_product_cost has datatype number, derived_vat_payable has datatype number, derived_total_cost has datatype number which has NO_PRIMARY_KEY. Answer the question by writing the appropriate SQL code. How many transactions correspond to each invoice number?
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