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Please indicate the names of customers whose orders are eligible for 10% discount with order dates between 1/1/1994 and 1/1/1995.
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customer name refers to c_name; 10% discount refers to l_discount = 0.1; order dates between 1/1/1994 and 1/1/1995 refers to year(o_orderdate) = 1994 OR o_orderdate = '1995-01-01'
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part "burnished seashell gainsboro navajo chocolate" refers to p_name = 'burnished seashell gainsboro navajo chocolate'; order no.1 refers to l_orderkey = 1; discounted price refers to multiply(l_extendedprice, subtract(1, l_discount))
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close to being out of stock refers to ps_availqty < 10
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size refers to p_size; "pink powder drab lawn cyan" or "cornflower sky burlywood green beige" refers to p_name in ('pink powder drab lawn cyan', 'cornflower sky burlywood green beige')
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Mozambique refers to n_name = 'MOZAMBIQUE'; low priority order refers to o_orderpriority = '5-LOW'
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name of the country refers to n_name; the highest debt refers to min(s_acctbal)
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addresses refers to s_address; the biggest part refers to max(p_size)
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segment refers to c_mktsegment; customer made the most orders in April 1994 refers to c_custkey where o_orderdate LIKE '1994-04-%' and MAX(COUNT(o_orderkey));
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household segment refers to c_mktsegment = 'household'; Germany refers to n_name = 'Germany'
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quantity greater than 40 refers to l_quantity > 40; shipped by air refers to l_shipmode = 'AIR'
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the most number refers to max(ps_availqty); "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'; phone number refers to s_phone
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Which nation and region does the Customer#000000008 come from?
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nation refers to n_name; region refers to r_name; Customer#000000008 refers to c_name = 'Customer#000000008'
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supply cost refers to ps_supplycost; large plated tin refers to p_type = 'large plated tin'
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DIVIDE(SUM(l_extendedprice), 10) where MAX(o_totalprice);
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Africa refers to r_name = 'Africa';
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returned refer to l_returnflag = 'R'; order no.5 refers to l_orderkey = 5; kinds of items refer to l_linenumber;
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r_comment = 'furiously express accounts wake sly';
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items Customer#000021159 order refer to l_linenumber where c_name = 'Customer#000021159'; SUM(MULTIPLY(MULTIPLY(l_extendedprice, SUBTRACT(1, l_discount)), SUM(1, l_tax))) where c_name = 'Customer#000021159';
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cost price refers to ps_supplycost; large burnished copper refers to p_type = 'LARGE BURNISHED COPPER'
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brand refers to p_brand; type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'
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orders in household segment refer to o_orderkey where c_mktsegment = 'HOUSEHOLD'; the order is urgent if o_orderpriority = '1-URGENT' ;
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orders in household segment refer to o_orderkey where c_mktsegment = 'HOUSEHOLD'; order comments refer to o_comment;
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What are the top 2 order keys of the item with the highest amount of extended price?
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the highest amount of extended price refers to MAX(l_extendedprice);
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AVG(l_linenumber) where l_shipdate between '1994-01-01' and '1994-01-30';
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order no.1 refers to l_orderkey = 1; the latest date shipped refers to MAX(l_shipdate);
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the biggest discount refers to max(l_discount); part "burnished seashell gainsboro navajo chocolate" refers to p_name = 'burnished seashell gainsboro navajo chocolate'
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Africa refers to r_name = 'Africa';
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nation refers to n_name; Europe refers to r_name = 'EUROPE'
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DIVIDE(COUNT(s_suppkey where n_name = 'GERMANY'), COUNT(s_suppkey)) as percentage;
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items with the most quantity available refer to p_name where MAX(ps_availqty);
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part no.98768 refers to l_partkey = 98768; order no.1 refers to l_orderkey = 1; profit = subtract(multiply(l_extendedprice, subtract(1, l_discount)), multiply(ps_supplycost, l_quantity))
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the most number refers to max(ps_availqty); "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'; phone number refers to s_phone
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discounted price refers to multiply(l_extendedprice, subtract(1, l_discount)); customer 111511 refers to o_custkey = 111511; order 53159 refers to o_orderkey = 53159; name of the part refers to p_name
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How many orders were shipped in 1994?
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orders shipped in 1994 refer to l_orderkey where year(l_shipdate) = 1994;
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shipped by rail on 1st December, 1995 refers to l_shipmode = 'RAIL' where l_shipdate = '1995-12-01'; part names with 10% discount refer to p_name where l_discount = 0.1;
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DIVIDE(COUNT(c_custkey where n_name = 'United States' and c_acctbal < 4000), COUNT(c_custkey where c_acctbal < 4000)) as percentage;
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the American region refers to r_name = 'America'; percentage = divide(count(n_name where r_name = 'America'), count(n_name)) * 100%
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shipping method refers to l_shipmode; order on 12/31/1994 refers to o_orderdate = '1994-12-31'
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phone number of the customer refers to c_phone; the highest total price refers to MAX(o_totalprice);
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European suppliers refer to s_suppkey where r_name = 'EUROPE';
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customer name refers to c_name; the highest discount refers to max(l_discount)
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orders with a total price between 200000 and 300000 refer to o_totalprice between 200000 and 300000;
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total quantity refers to sum(l_quantity); customer 101660 refers to o_custkey = 101660; on 10/5/1995 refers to o_orderdate = '1995-10-05'
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r_comment = 'asymptotes sublate after the r'; countries refer to n_nationkey;
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Please state the segment, the name, the address, and the phone number of customer number 3.
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segment refers to c_mktsegment; name refers to c_name; address refers to c_address; phone number refers to c_phone; customer number 3 refers to c_custkey = 3
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profit can be calculated as SUBTRACT(MULTIPLY(l_extendedprice, (SUBTRACT(1, l_discount)), MULTIPLY(ps_supplycost, l_quantity))); part which is most profitable refers to p_name where MAX(profit);
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type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'; Manufacturer#5 refers to p_mfgr = 'Manufacturer#5'
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SUM(MULTIPLY(MULTIPLY(l_extendedprice, SUBTRACT(1, l_discount)), SUM(1, l_tax))) where l_shipmode = 'AIR' and l_shipinstruct = 'NONE';
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part "hot spring dodger dim light" refers to p_name = hot spring dodger dim light; Europe refers to r_name = 'EUROPE'
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machinery segment refers to c_mktsegment = 'MACHINERY'; in debt refers to c_acctbal < 0
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orders in household segment refer to o_orderkey where c_mktsegment = 'HOUSEHOLD'; order comments refer to o_comment;
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customer refers to c_name; with debt refers to c_acctbal < 0
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products refer to l_partkey; retail price greater than 1,000 refers to p_retailprice > 1000; shipped via ship refers to l_shipmode = 'SHIP';
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the highest total price refers to MAX(o_totalprice); comment of the order refers to o_comment;
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1998 refers to year(o_orderdate) = '1998'; a total price under 950 refers to o_totalprice < 950
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List the country name of the customers in the building marketing segment with an account balance greater than 80% of the average account balance of all customers.
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country name refers to n_name; building marketing segment refers to c_mktsegment = 'BUILDING'; account balance greater than 80% of the average account balance of all customers refers to c_acctbal > MULTIPLY(AVG(c_acctbal), 0.8);
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an urgent priority order refers to o_orderkey where o_orderpriority = '1-URGENT'; earlier orderdate have higher priority in delivery; lower delivery priority refers to MAX(o_orderdate);
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DIVIDE(SUM(l_extendedprice), 10) where MAX(o_totalprice);
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DIVIDE(COUNT(c_custkey where c_acctbal < 0), COUNT(c_custkey)) as percentage;
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shipping method refers to l_shipmode; order on 12/31/1994 refers to o_orderdate = '1994-12-31'
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r_comment = 'furiously express accounts wake sly';
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shipped by rail on 1st December, 1995 refers to l_shipmode = 'RAIL' where l_shipdate = '1995-12-01'; part names with 10% discount refer to p_name where l_discount = 0.1;
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p_type = 'MEDIUM PLATED BRASS'; parts name refer to p_name;
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the highest number of customers refer to MAX(COUNT(c_custkey)); the United States is the name of the nation which refers to n_name = 'UNITED STATES'; market segment refers to c_mktsegment;
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DIVIDE(COUNT(c_custkey when n_name = 'GERMANY'), COUNT(c_custkey)) as percentage;
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customer refers to c_name; with debt refers to c_acctbal < 0
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Calculate the total profit made by chocolate floral blue coral cyan.
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SUBTRACT(MULTIPLY(l_extendedprice, (SUBTRACT(1, l_discount)), MULTIPLY(ps_supplycost, l_quantity))) where p_name = 'chocolate floral blue coral cyan';
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region refers to r_name; the most customers refers to max(count(c_custkey))
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name of the customer refers to c_name; o_clerk = 'Clerk#000000803'; order on 1997/12/10 refers to o_orderdate = '1997-12-10';
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account is in debt if c_acctbal < 0;
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product name refers to p_name; type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'
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SUBTRACT(MULTIPLY(l_extendedprice, (SUBTRACT(1, l_discount)), MULTIPLY(ps_supplycost, l_quantity))) where p_name = 'smoke turquoise purple blue salmon' and l_receiptdate = '1996-05-07' and l_shipinstruct = 'DELIVER IN PERSON';
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orders with a total price between 200000 and 300000 refer to o_totalprice between 200000 and 300000;
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market segment refers to c_mktsegment; the highest amount of debt refers to max(c_acctbal)
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countries in the region of Asia refer to n_name where r_name = 'ASIA';
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DIVIDE(COUNT(n_name where r_name = 'EUROPE'), COUNT(n_name)) as percentage;
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account balance refers to s_acctbal; the most parts refers to max(count(ps_suppkey))
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Which part and supplier have the most profit?
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part refers to p_name; supplier refers to s_name; the most profit refers to max(subtract(multiply(l_extendedprice, subtract(1, l_discount)), multiply(ps_supplycost, l_quantity)))
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order no.4 refers to l_orderkey = 4; in debt refers to s_acctbal < 0
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phone number of the customer refers to c_phone; the highest total price refers to MAX(o_totalprice);
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1994 refers to year(l_shipdate) = 1994; via truck refers to l_shipmode = 'TRUCK'; returned refers to l_returnflag = 'R'
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supplier name refers to s_name; part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'
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countries in the region of Asia refer to n_name where r_name = 'ASIA';
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manufacturer 5 refers to p_mfgr = 'Manufacturer#5'; retail price of no more than 1,000 refers to p_retailprice < 1000; shipped via rail refers to shipmode = 'RAIL';
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DIVIDE(COUNT(c_custkey where c_acctbal < 0), COUNT(c_custkey)) as percentage;
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DIVIDE(SUM(l_extendedprice), 10) where MAX(o_totalprice);
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total price refers to o_totalprice; order priority refers to o_orderpriority; order number 33 refers to o_orderkey = 33
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the American region refers to r_name = 'America'; percentage = divide(count(n_name where r_name = 'America'), count(n_name)) * 100%
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When was the order with the highest amount of total price shipped?
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when shipped refers to l_shipdate; the highest amount of total price refers to MAX(o_totalprice);
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product name refers to p_name; type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'
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nation refers to n_name; region refers to r_name; Customer#000000008 refers to c_name = 'Customer#000000008'
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DIVIDE(COUNT(c_custkey where n_name = 'United States' and c_acctbal < 4000), COUNT(c_custkey where c_acctbal < 4000)) as percentage;
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DIVIDE(SUM(l_extendedprice), 10) where MAX(o_totalprice);
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account is in debt if c_acctbal < 0; Moroccan customers refer to c_name WHERE n_name = 'MOROCCO';
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addresses refers to s_address; the biggest part refers to max(p_size)
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discounted price refers to multiply(l_extendedprice, subtract(1, l_discount)); customer 111511 refers to o_custkey = 111511; order 53159 refers to o_orderkey = 53159; name of the part refers to p_name
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customer name refers to c_name; the highest discount refers to max(l_discount)
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account balance refers to s_acctbal; the most parts refers to max(count(ps_suppkey))
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DIVIDE(COUNT(s_suppkey where n_name = 'GERMANY'), COUNT(s_suppkey)) as percentage;
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How many items shipped by REG AIR were ordered on March 22, 1995?
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items shipped by REG AIR refer to l_linenumber where l_shipmode = 'REG AIR'; ordered on March 22, 1995 refers to o_orderdate = '1995-03-22';
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DIVIDE(COUNT(c_custkey when n_name = 'GERMANY'), COUNT(c_custkey)) as percentage;
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clerk who have served the customer refers to o_clerk
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phone number refers to c_phone; a total price of more than $300,000 refers to o_totalprice > 300000
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name of the customer refers to c_name; single order with the highest total price refers to MAX(o_totalprice) LIMIT 1;
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SUM(MULTIPLY(MULTIPLY(l_extendedprice, SUBTRACT(1, l_discount)), SUM(1, l_tax))) where l_shipmode = 'AIR' and l_shipinstruct = 'NONE';
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orders shipped in 1994 refer to l_orderkey where year(l_shipdate) = 1994;
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r_comment = 'furiously express accounts wake sly';
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order key refers to l_orderkey; not applied for the discount refers to l_discount = 0
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name of the customer refers to c_name; o_clerk = 'Clerk#000000803'; order on 1997/12/10 refers to o_orderdate = '1997-12-10';
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part refers to p_name; Supplier#000000034 refers to s_name = 'Supplier#000000034'
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What is the average supply cost for the part "hot spring dodger dim light"?
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average supply cost refers to avg(ps_supplycost); part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'
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r_comment = 'asymptotes sublate after the r'; countries refer to n_nationkey;
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SUM(MULTIPLY(MULTIPLY(l_extendedprice, SUBTRACT(1, l_discount)), SUM(1, l_tax))) where l_shipmode = 'AIR' and l_shipinstruct = 'NONE';
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customers refer to c_custkey; India is the name of the nation which refers to n_name = 'INDIA';
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1998 refers to year(o_orderdate) = '1998'; a total price under 950 refers to o_totalprice < 950
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discounted price refers to multiply(l_extendedprice, subtract(1, l_discount)); customer 111511 refers to o_custkey = 111511; order 53159 refers to o_orderkey = 53159; name of the part refers to p_name
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order no.4 refers to l_orderkey = 4; in debt refers to s_acctbal < 0
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name of the country refers to n_name; the highest debt refers to min(s_acctbal)
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customer name refers to c_name; the highest discount refers to max(l_discount)
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items shipped by REG AIR refer to l_linenumber where l_shipmode = 'REG AIR'; ordered on March 22, 1995 refers to o_orderdate = '1995-03-22';
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instructed to be delivered in person refers to l_shipinstruct = 'DELIVER IN PERSON'
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What is the discounted price of line item number 1?
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discounted price refers to multiply(l_extendedprice, subtract(1, l_discount)); line item number 1 refers to l_linenumber = 1
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MULTIPLY(l_extendedprice, SUBTRACT(1, l_discount)) where o_totalprice = 231499.38 AND l_suppkey = 9397;
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name of the country refers to n_name; the highest debt refers to min(s_acctbal)
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total price = sum(o_totalprice); phone number "627-220-3983" refers to c_phone = '627-220-3983'
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total quantity refers to sum(l_quantity); customer 101660 refers to o_custkey = 101660; on 10/5/1995 refers to o_orderdate = '1995-10-05'
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when shipped refers to l_shipdate; the highest amount of total price refers to MAX(o_totalprice);
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part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'; percentage = divide(subtract(max(ps_supplycost), min(ps_supplycost)), min(ps_supplycost)) * 100%
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items with the most quantity available refer to p_name where MAX(ps_availqty);
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discounted price refers to multiply(l_extendedprice, subtract(1, l_discount)); customer 111511 refers to o_custkey = 111511; order 53159 refers to o_orderkey = 53159; name of the part refers to p_name
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orders refer to o_orderkey; the United States is the name of the nation which refers to n_name = 'UNITED STATES';
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SUBTRACT(DIVIDE(SUM(p_retailprice where l_shipmode = 'SHIP'), COUNT(l_shipmode = 'SHIP')), DIVIDE(SUM(p_retailprice where l_shipmode = 'AIR'), COUNT(l_shipmode = 'AIR')));
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How many orders of more than 10 items have been returned?
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more than 10 items have been returned refer to l_returnflag = 'R' where l_quantity > 10; orders refer to l_orderkey;
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orders in household segment refer to o_orderkey where c_mktsegment = 'HOUSEHOLD'; order comments refer to o_comment;
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names of the parts refer to p_name; manufacturer 3 refers to p_mfgr = 'Manufacturer#3'; ps_supplycost = 1000;
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part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'
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supply cost refers to ps_supplycost; large plated tin refers to p_type = 'large plated tin'
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account is in debt if c_acctbal < 0;
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close to being out of stock refers to ps_availqty < 10
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part refers to p_name; Supplier#000000034 refers to s_name = 'Supplier#000000034'
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country is nation name which refers to n_name; Africa is region name refers to r_name = 'Africa'
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Customer#000000013 is the name of the customer which refers to c_name;
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automobile market segment refers to c_mktsegment = 'AUTOMOBILE';
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What was the order date of items with the highest total price?
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the highest total price refers to MAX(o_totalprice);
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DIVIDE(COUNT(c_custkey where n_name = 'United States' and c_acctbal < 4000), COUNT(c_custkey where c_acctbal < 4000)) as percentage;
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phone number refers to c_phone; a total price of more than $300,000 refers to o_totalprice > 300000
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orders with a total price between 200000 and 300000 refer to o_totalprice between 200000 and 300000;
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MULTIPLY(MULTIPLY(l_extendedprice, SUBTRACT(1, l_discount)), SUM(1, l_tax)) WHERE o_clerk = 'Clerk#000000936', o_orderstatus = '4-NOT SPECIFIED', o_orderdate = '1995-03-13' AND l_shipmode = 'TRUCK';
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order number refers to l_orderkey; the lowest price after applying the discount refers to MIN(MULTIPLY(l_extendedprice), SUBTRACT(1, l_discount));
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orders refer to o_orderkey; the United States is the name of the nation which refers to n_name = 'UNITED STATES';
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country is nation name which refers to n_name; Africa is region name refers to r_name = 'Africa'
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"Customer#000000055" is the name of the customer which refers to c_name; nationality is the state of belonging to a particular country, therefore nationality refers to n_name;
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part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'
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European suppliers refer to s_suppkey where r_name = 'EUROPE';
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To which segment belongs the customer that made the most orders in April 1994?
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segment refers to c_mktsegment; customer made the most orders in April 1994 refers to c_custkey where o_orderdate LIKE '1994-04-%' and MAX(COUNT(o_orderkey));
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Germany is nation name which refers to n_name = 'GERMANY'; comment with 'carefully regular packages' refers to s_comment LIKE 'carefully regular packages%'
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product name refers to p_name; type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'
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the biggest discount refers to max(l_discount); part "burnished seashell gainsboro navajo chocolate" refers to p_name = 'burnished seashell gainsboro navajo chocolate'
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order number refers to l_orderkey; the lowest price after applying the discount refers to MIN(MULTIPLY(l_extendedprice), SUBTRACT(1, l_discount));
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machinery segment refers to c_mktsegment = 'MACHINERY'; in debt refers to c_acctbal < 0
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part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'; percentage = divide(subtract(max(ps_supplycost), min(ps_supplycost)), min(ps_supplycost)) * 100%
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the most number refers to max(ps_availqty); "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'; phone number refers to s_phone
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total quantity refers to sum(l_quantity); customer 101660 refers to o_custkey = 101660; on 10/5/1995 refers to o_orderdate = '1995-10-05'
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instructed to be delivered in person refers to l_shipinstruct = 'DELIVER IN PERSON'
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discounted price refers to multiply(l_extendedprice, subtract(1, l_discount)); customer 111511 refers to o_custkey = 111511; order 53159 refers to o_orderkey = 53159; name of the part refers to p_name
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List the comments describing orders from customers in the furniture segment.
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comment refers to o_comment; furniture segment refers to c_mktsegment = 'FURNITURE'
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shipped by rail on 1st December, 1995 refers to l_shipmode = 'RAIL' where l_shipdate = '1995-12-01'; part names with 10% discount refer to p_name where l_discount = 0.1;
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region refers to r_name; the most customers refers to max(count(c_custkey))
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"Customer#000000055" is the name of the customer which refers to c_name; region name refers to r_name;
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supplier name refers to s_name; the highest retail price refers to max(p_retailprice)
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1998 refers to year(o_orderdate) = '1998'; a total price under 950 refers to o_totalprice < 950
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products refer to l_partkey; retail price greater than 1,000 refers to p_retailprice > 1000; shipped via ship refers to l_shipmode = 'SHIP';
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supplier No.34 refers to s_suppkey = 34; country refers to n_name;
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the most number refers to max(ps_availqty); "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'; phone number refers to s_phone
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cost price refers to ps_supplycost; large burnished copper refers to p_type = 'LARGE BURNISHED COPPER'
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the names of countries with the below-average number of customers refer to n_name where COUNT(c_name) < DIVIDE(COUNT(c_name)), COUNT(n_name);
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Among the parts shipped by rail on 1st December, 1995, list part names with 10% discount.
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shipped by rail on 1st December, 1995 refers to l_shipmode = 'RAIL' where l_shipdate = '1995-12-01'; part names with 10% discount refer to p_name where l_discount = 0.1;
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more than 10 items have been returned refer to l_returnflag = 'R' where l_quantity > 10; orders refer to l_orderkey;
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returned refer to l_returnflag = 'R'; order no.5 refers to l_orderkey = 5; kinds of items refer to l_linenumber;
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part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'
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market segment refers to c_mktsegment; the highest amount of debt refers to max(c_acctbal)
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orders in household segment refer to o_orderkey where c_mktsegment = 'HOUSEHOLD';
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account is in debt if s_acctbal < 0; DIVIDE(COUNT(s_acctbal < 0 where n_name = 'JAPAN'), COUNT(s_name where n_name = 'JAPAN')) as percentage;
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"Customer#000000055" is the name of the customer which refers to c_name; region name refers to r_name;
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automobile market segment refers to c_mktsegment = 'AUTOMOBILE';
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customers refer to c_custkey; India is the name of the nation which refers to n_name = 'INDIA';
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customer name refers to c_name; India refers to n_name = 'INDIA'; account balance over $5000 refers to c_acctbal > 5000
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Please list the order comments of all the orders made by customers in the household segment.
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orders in household segment refer to o_orderkey where c_mktsegment = 'HOUSEHOLD'; order comments refer to o_comment;
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when shipped refers to l_shipdate; the highest amount of total price refers to MAX(o_totalprice);
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country is nation name which refers to n_name; Africa is region name refers to r_name = 'Africa'
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nation refers to n_name; Europe refers to r_name = 'EUROPE'
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SUBTRACT(MULTIPLY(l_extendedprice, (SUBTRACT(1, l_discount)), MULTIPLY(ps_supplycost, l_quantity))) where p_name = 'chocolate floral blue coral cyan';
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"Customer#000000055" is the name of the customer which refers to c_name; region name refers to r_name;
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orders in household segment refer to o_orderkey where c_mktsegment = 'HOUSEHOLD';
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the American region refers to r_name = 'America'; percentage = divide(count(n_name where r_name = 'America'), count(n_name)) * 100%
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line item number refers to l_linenumber; 10% off refers to l_discount = 0.1
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segment refers to c_mktsegment; name refers to c_name; address refers to c_address; phone number refers to c_phone; customer number 3 refers to c_custkey = 3
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nation refers to n_name; region refers to r_name; Customer#000000008 refers to c_name = 'Customer#000000008'
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In which country do most of the customers come from?
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country refers to n_name; most of the customers refer to MAX(COUNT(c_custkey));
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size refers to p_size; "pink powder drab lawn cyan" or "cornflower sky burlywood green beige" refers to p_name in ('pink powder drab lawn cyan', 'cornflower sky burlywood green beige')
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supply cost refers to ps_supplycost; part "violet olive rose ivory sandy" refers to p_name = 'violet olive rose ivory sandy'
|
Germany is nation name which refers to n_name = 'GERMANY'; comment with 'carefully regular packages' refers to s_comment LIKE 'carefully regular packages%'
|
products refer to l_partkey; retail price greater than 1,000 refers to p_retailprice > 1000; shipped via ship refers to l_shipmode = 'SHIP';
|
account is in debt if s_acctbal < 0; DIVIDE(COUNT(s_acctbal < 0 where n_name = 'JAPAN'), COUNT(s_name where n_name = 'JAPAN')) as percentage;
|
Mozambique refers to n_name = 'MOZAMBIQUE'; low priority order refers to o_orderpriority = '5-LOW'
|
orders in household segment refer to o_orderkey where c_mktsegment = 'HOUSEHOLD';
|
customer name refers to c_name; the highest discount refers to max(l_discount)
|
customers refer to c_custkey; India is the name of the nation which refers to n_name = 'INDIA';
|
AVG(l_linenumber) where l_shipdate between '1994-01-01' and '1994-01-30';
|
How many of the line items have been shipped by rail with a quantity less than 30?
|
shipped by rail refers to l_shipmode = 'RAIL'; quantity less than 30 refers to l_quantity < 30;
|
DIVIDE(COUNT(p_partkey where p_mfgr = 'Manufacturer#3'), COUNT(p_partkey)) as percentage;
|
1998 refers to year(o_orderdate) = '1998'; a total price under 950 refers to o_totalprice < 950
|
profit can be calculated as SUBTRACT(MULTIPLY(l_extendedprice, (SUBTRACT(1, l_discount)), MULTIPLY(ps_supplycost, l_quantity))); part which is most profitable refers to p_name where MAX(profit);
|
DIVIDE(COUNT(n_name where r_name = 'EUROPE'), COUNT(n_name)) as percentage;
|
part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'
|
order number refers to l_orderkey; the lowest price after applying the discount refers to MIN(MULTIPLY(l_extendedprice), SUBTRACT(1, l_discount));
|
order with the highest total price refers to MAX(o_totalprice);
|
customer name refers to c_name; the highest discount refers to max(l_discount)
|
quantity greater than 40 refers to l_quantity > 40; shipped by air refers to l_shipmode = 'AIR'
|
the biggest discount refers to max(l_discount); part "burnished seashell gainsboro navajo chocolate" refers to p_name = 'burnished seashell gainsboro navajo chocolate'
|
When was the latest date the items of order no.1 were shipped?
|
order no.1 refers to l_orderkey = 1; the latest date shipped refers to MAX(l_shipdate);
|
name of the customer refers to c_name; single order with the highest total price refers to MAX(o_totalprice) LIMIT 1;
|
DIVIDE(COUNT(c_custkey where c_acctbal < 0), COUNT(c_custkey)) as percentage;
|
returned refer to l_returnflag = 'R'; order no.5 refers to l_orderkey = 5; kinds of items refer to l_linenumber;
|
region refers to r_name; the most customers refers to max(count(c_custkey))
|
average supply cost refers to avg(ps_supplycost); part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'
|
names of the parts refer to p_name; manufacturer 3 refers to p_mfgr = 'Manufacturer#3'; ps_supplycost = 1000;
|
DIVIDE(SUM(l_discount), COUNT(l_partkey)) where p_mfgr = 'Manufacturer#5';
|
DIVIDE(SUM(l_extendedprice), 10) where MAX(o_totalprice);
|
part no.98768 refers to l_partkey = 98768; order no.1 refers to l_orderkey = 1; profit = subtract(multiply(l_extendedprice, subtract(1, l_discount)), multiply(ps_supplycost, l_quantity))
|
countries in the region of Asia refer to n_name where r_name = 'ASIA';
|
Among all the suppliers providing the part "hot spring dodger dim light", how many of them are in Europe?
|
part "hot spring dodger dim light" refers to p_name = hot spring dodger dim light; Europe refers to r_name = 'EUROPE'
|
customer name refers to c_name; the highest discount refers to max(l_discount)
|
Mozambique refers to n_name = 'MOZAMBIQUE'; low priority order refers to o_orderpriority = '5-LOW'
|
DIVIDE(COUNT(c_name where c_mktsegment = 'AUTOMOBILE' and n_name = 'FRANCE'), COUNT(c_name where n_name = 'FRANCE')) as percentage;
|
region refers to r_name; the most customers refers to max(count(c_custkey))
|
orders refer to o_orderkey; the United States is the name of the nation which refers to n_name = 'UNITED STATES';
|
customer refers to c_name; with debt refers to c_acctbal < 0
|
Africa refers to r_name = 'Africa';
|
p_type = 'MEDIUM PLATED BRASS'; parts name refer to p_name;
|
order number refers to l_orderkey; the lowest price after applying the discount refers to MIN(MULTIPLY(l_extendedprice), SUBTRACT(1, l_discount));
|
order no.4 refers to l_orderkey = 4; in debt refers to s_acctbal < 0
|
How many customers in the machinery segment are in debt?
|
machinery segment refers to c_mktsegment = 'MACHINERY'; in debt refers to c_acctbal < 0
|
name of the country refers to n_name; the highest debt refers to min(s_acctbal)
|
country name refers to n_name; building marketing segment refers to c_mktsegment = 'BUILDING'; account balance greater than 80% of the average account balance of all customers refers to c_acctbal > MULTIPLY(AVG(c_acctbal), 0.8);
|
brand refers to p_brand; type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'
|
product name refers to p_name; type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'
|
orders shipped in 1994 refer to l_orderkey where year(l_shipdate) = 1994;
|
orders in household segment refer to o_orderkey where c_mktsegment = 'HOUSEHOLD'; the order is urgent if o_orderpriority = '1-URGENT' ;
|
returned refer to l_returnflag = 'R'; order no.5 refers to l_orderkey = 5; kinds of items refer to l_linenumber;
|
name of the customer refers to c_name; o_clerk = 'Clerk#000000803'; order on 1997/12/10 refers to o_orderdate = '1997-12-10';
|
SUBTRACT(MULTIPLY(l_extendedprice, (SUBTRACT(1, l_discount)), MULTIPLY(ps_supplycost, l_quantity))) where p_name = 'smoke turquoise purple blue salmon' and l_receiptdate = '1996-05-07' and l_shipinstruct = 'DELIVER IN PERSON';
|
automobile market segment refers to c_mktsegment = 'AUTOMOBILE';
|
List down the nation keys and names in Africa.
|
Africa refers to r_name = 'Africa';
|
automobile market segment refers to c_mktsegment = 'AUTOMOBILE';
|
AVG(l_linenumber) where l_shipdate between '1994-01-01' and '1994-01-30';
|
MULTIPLY(l_extendedprice, SUBTRACT(1, l_discount)) where o_totalprice = 231499.38 AND l_suppkey = 9397;
|
when shipped refers to l_shipdate; the highest amount of total price refers to MAX(o_totalprice);
|
type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'; Manufacturer#5 refers to p_mfgr = 'Manufacturer#5'
|
country name refers to n_name; building marketing segment refers to c_mktsegment = 'BUILDING'; account balance greater than 80% of the average account balance of all customers refers to c_acctbal > MULTIPLY(AVG(c_acctbal), 0.8);
|
orders shipped in 1994 refer to l_orderkey where year(l_shipdate) = 1994;
|
quantity greater than 40 refers to l_quantity > 40; shipped by air refers to l_shipmode = 'AIR'
|
more than 10 items have been returned refer to l_returnflag = 'R' where l_quantity > 10; orders refer to l_orderkey;
|
name of the customer refers to c_name; o_clerk = 'Clerk#000000803'; order on 1997/12/10 refers to o_orderdate = '1997-12-10';
|
What is the supply cost of large plated tin?
|
supply cost refers to ps_supplycost; large plated tin refers to p_type = 'large plated tin'
|
addresses refers to s_address; the biggest part refers to max(p_size)
|
DIVIDE(COUNT(s_suppkey where n_name = 'GERMANY'), COUNT(s_suppkey)) as percentage;
|
Brazil is the name of the nation which refers to n_name = 'BRAZIL'
|
Germany is nation name which refers to n_name = 'GERMANY'; comment with 'carefully regular packages' refers to s_comment LIKE 'carefully regular packages%'
|
brand refers to p_brand; type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'
|
Mozambique refers to n_name = 'MOZAMBIQUE'; low priority order refers to o_orderpriority = '5-LOW'
|
total price = sum(o_totalprice); Argentina refers to n_name = 'Argentina'
|
the highest amount of extended price refers to MAX(l_extendedprice);
|
items Customer#000021159 order refer to l_linenumber where c_name = 'Customer#000021159'; SUM(MULTIPLY(MULTIPLY(l_extendedprice, SUBTRACT(1, l_discount)), SUM(1, l_tax))) where c_name = 'Customer#000021159';
|
urgent order refers to o_orderpriority = '1-URGENT'; Clerk#000000001 refers to o_clerk = 'Clerk#000000001'; 1997 refers to year(o_orderdate) = 1997
|
Of the orders with a lower delivery priority, how many have an urgent priority order?
|
an urgent priority order refers to o_orderkey where o_orderpriority = '1-URGENT'; earlier orderdate have higher priority in delivery; lower delivery priority refers to MAX(o_orderdate);
|
name of the country refers to n_name; the highest debt refers to min(s_acctbal)
|
earlier orderdate have higher priority in delivery; which order no. 4 or order no. 36 refers to o_orderkey in (4, 36) where MIN(o_orderdate);
|
shipping method refers to l_shipmode; order on 12/31/1994 refers to o_orderdate = '1994-12-31'
|
customers refer to c_custkey; India is the name of the nation which refers to n_name = 'INDIA';
|
customer name refers to c_name; number 93697 refers to o_custkey = 93697; total order price of 191918.92 refers to o_totalprice = 191918.92
|
size refers to p_size; "pink powder drab lawn cyan" or "cornflower sky burlywood green beige" refers to p_name in ('pink powder drab lawn cyan', 'cornflower sky burlywood green beige')
|
name of the part refers to p_name; without discount refers to l_discount = 0.0000
|
orders in household segment refer to o_orderkey where c_mktsegment = 'HOUSEHOLD'; the order is urgent if o_orderpriority = '1-URGENT' ;
|
name of the customer refers to c_name; single order with the highest total price refers to MAX(o_totalprice) LIMIT 1;
|
SUBTRACT(DIVIDE(SUM(p_retailprice where l_shipmode = 'SHIP'), COUNT(l_shipmode = 'SHIP')), DIVIDE(SUM(p_retailprice where l_shipmode = 'AIR'), COUNT(l_shipmode = 'AIR')));
|
Among the providers in Argentina, which supplier has an account that is in debt?
|
Argentina refers to n_name = 'ARGENTINA'; supplier refers to s_name; an account in debt refers to s_acctbal < 0
|
comment refers to o_comment; furniture segment refers to c_mktsegment = 'FURNITURE'
|
r_comment = 'furiously express accounts wake sly';
|
orders in household segment refer to o_orderkey where c_mktsegment = 'HOUSEHOLD'; order comments refer to o_comment;
|
mode of shipping refers to l_shipmode; part "burnished seashell gainsboro navajo chocolate" refers to p_name = 'burnished seashell gainsboro navajo chocolate'
|
total price = sum(o_totalprice); phone number "627-220-3983" refers to c_phone = '627-220-3983'
|
line item refers to l_linenumber; returned refers to returnflag = 'R'; in 1998 refers to year(l_shipdate) = 1998
|
size refers to p_size; "pink powder drab lawn cyan" or "cornflower sky burlywood green beige" refers to p_name in ('pink powder drab lawn cyan', 'cornflower sky burlywood green beige')
|
order key refers to l_orderkey; not applied for the discount refers to l_discount = 0
|
Customer#000000013 is the name of the customer which refers to c_name;
|
total quantity refers to sum(l_quantity); customer 101660 refers to o_custkey = 101660; on 10/5/1995 refers to o_orderdate = '1995-10-05'
|
What are the names of the parts manufactured by manufacturer 3 that have a supply cost of 1,000?
|
names of the parts refer to p_name; manufacturer 3 refers to p_mfgr = 'Manufacturer#3'; ps_supplycost = 1000;
|
orders refer to o_orderkey; the United States is the name of the nation which refers to n_name = 'UNITED STATES';
|
average supply cost refers to avg(ps_supplycost); part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'
|
the name of the customer refers to c_name; phone number of the customer refers to c_phone; have more than 9000 account balance refers to c_acctbal > 9000;
|
part refers to p_name; supplier refers to s_name; the most profit refers to max(subtract(multiply(l_extendedprice, subtract(1, l_discount)), multiply(ps_supplycost, l_quantity)))
|
SUBTRACT(MULTIPLY(l_extendedprice, (SUBTRACT(1, l_discount)), MULTIPLY(ps_supplycost, l_quantity))) where p_name = 'chocolate floral blue coral cyan';
|
r_comment = 'asymptotes sublate after the r'; countries refer to n_nationkey;
|
clerk who have served the customer refers to o_clerk
|
name of customer refers to c_name; account in debt refers to c_acctbal < 0
|
when shipped refers to l_shipdate; the highest amount of total price refers to MAX(o_totalprice);
|
"Customer#000000055" is the name of the customer which refers to c_name; region name refers to r_name;
|
Please list the names of all the suppliers for the part "hot spring dodger dim light".
|
supplier name refers to s_name; part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'
|
part "hot spring dodger dim light" refers to p_name = hot spring dodger dim light; Europe refers to r_name = 'EUROPE'
|
brand refers to p_brand; type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'
|
items Customer#000021159 order refer to l_linenumber where c_name = 'Customer#000021159'; SUM(MULTIPLY(MULTIPLY(l_extendedprice, SUBTRACT(1, l_discount)), SUM(1, l_tax))) where c_name = 'Customer#000021159';
|
shipped by rail on 1st December, 1995 refers to l_shipmode = 'RAIL' where l_shipdate = '1995-12-01'; part names with 10% discount refer to p_name where l_discount = 0.1;
|
customers refer to c_custkey; Morocco is the name of the nation which refers to n_name = 'MOROCCO'; in debt refers to c_acctbal < 0;
|
names of the parts refer to p_name; manufacturer 3 refers to p_mfgr = 'Manufacturer#3'; ps_supplycost = 1000;
|
account is in debt if s_acctbal < 0; DIVIDE(COUNT(s_acctbal < 0 where n_name = 'JAPAN'), COUNT(s_name where n_name = 'JAPAN')) as percentage;
|
line item refers to l_linenumber; returned refers to returnflag = 'R'; in 1998 refers to year(l_shipdate) = 1998
|
European suppliers refer to s_suppkey where r_name = 'EUROPE';
|
SUBTRACT(DIVIDE(SUM(p_retailprice where l_shipmode = 'SHIP'), COUNT(l_shipmode = 'SHIP')), DIVIDE(SUM(p_retailprice where l_shipmode = 'AIR'), COUNT(l_shipmode = 'AIR')));
|
Please indicate the names of the customers whose order with a total price over $300000.
|
customer name refers to c_name; a total price over $300000 refers to o_totalprice > 300000
|
earlier orderdate have higher priority in delivery; which order no. 4 or order no. 36 refers to o_orderkey in (4, 36) where MIN(o_orderdate);
|
customer name refers to c_name; India refers to n_name = 'INDIA'; account balance over $5000 refers to c_acctbal > 5000
|
orders with a total price between 200000 and 300000 refer to o_totalprice between 200000 and 300000;
|
customer refers to c_name; with debt refers to c_acctbal < 0
|
line item refers to l_linenumber; returned refers to returnflag = 'R'; in 1998 refers to year(l_shipdate) = 1998
|
when shipped refers to l_shipdate; the highest amount of total price refers to MAX(o_totalprice);
|
discounted price refers to multiply(l_extendedprice, subtract(1, l_discount)); customer 111511 refers to o_custkey = 111511; order 53159 refers to o_orderkey = 53159; name of the part refers to p_name
|
SUM(MULTIPLY(MULTIPLY(l_extendedprice, SUBTRACT(1, l_discount)), SUM(1, l_tax))) where l_shipmode = 'AIR' and l_shipinstruct = 'NONE';
|
the name of the customer refers to c_name; phone number of the customer refers to c_phone; have more than 9000 account balance refers to c_acctbal > 9000;
|
type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'; a total available quantity of under 5000 refers to sum(ps_availqty) < 5000
|
How many line items were returned in 1998?
|
line item refers to l_linenumber; returned refers to returnflag = 'R'; in 1998 refers to year(l_shipdate) = 1998
|
earlier orderdate have higher priority in delivery; which order no. 4 or order no. 36 refers to o_orderkey in (4, 36) where MIN(o_orderdate);
|
segment refers to c_mktsegment; customer made the most orders in April 1994 refers to c_custkey where o_orderdate LIKE '1994-04-%' and MAX(COUNT(o_orderkey));
|
DIVIDE(COUNT(s_suppkey where n_name = 'GERMANY'), COUNT(s_suppkey)) as percentage;
|
DIVIDE(COUNT(p_partkey where p_mfgr = 'Manufacturer#3'), COUNT(p_partkey)) as percentage;
|
when shipped refers to l_shipdate; the highest amount of total price refers to MAX(o_totalprice);
|
suppliers refer to s_nationkey; Japan is the name of the nation which refers to n_name = 'JAPAN';
|
Brazil is the name of the nation which refers to n_name = 'BRAZIL'
|
account is in debt if c_acctbal < 0; Moroccan customers refer to c_name WHERE n_name = 'MOROCCO';
|
total price = sum(o_totalprice); Argentina refers to n_name = 'Argentina'
|
DIVIDE(COUNT(n_name where r_name = 'EUROPE'), COUNT(n_name)) as percentage;
|
What is the comment of the order with the highest total price?
|
the highest total price refers to MAX(o_totalprice); comment of the order refers to o_comment;
|
phone numbers refer to c_phone; Brazil is the name of the nation which refers to n_name = 'BRAZIL'; household segment refers to c_mktsegment = 'HOUSEHOLD';
|
supply cost refers to ps_supplycost; part "violet olive rose ivory sandy" refers to p_name = 'violet olive rose ivory sandy'
|
supply cost refers to ps_supplycost; large plated tin refers to p_type = 'large plated tin'
|
supplier name refers to s_name; part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'
|
close to being out of stock refers to ps_availqty < 10
|
the highest number of customers refer to MAX(COUNT(c_custkey)); the United States is the name of the nation which refers to n_name = 'UNITED STATES'; market segment refers to c_mktsegment;
|
part no.98768 refers to l_partkey = 98768; order no.1 refers to l_orderkey = 1; profit = subtract(multiply(l_extendedprice, subtract(1, l_discount)), multiply(ps_supplycost, l_quantity))
|
the highest total price refers to MAX(o_totalprice);
|
Brazil is the name of the nation which refers to n_name = 'BRAZIL'
|
phone number refers to c_phone; order priority is urgent refers to o_orderpriority = '1-URGENT'
|
Among all the parts under the type "promo brushed steel", how many of them have a total available quantity from all suppliers of under 5000?
|
type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'; a total available quantity of under 5000 refers to sum(ps_availqty) < 5000
|
account is in debt if c_acctbal < 0;
|
Customer#000000013 is the name of the customer which refers to c_name;
|
Germany is the name of the nation which refers to n_name = 'GERMANY'; account balance of over 1000 refers to c_acctbal > 1000;
|
supply cost refers to ps_supplycost; large plated tin refers to p_type = 'large plated tin'
|
items Customer#000021159 order refer to l_linenumber where c_name = 'Customer#000021159'; SUM(MULTIPLY(MULTIPLY(l_extendedprice, SUBTRACT(1, l_discount)), SUM(1, l_tax))) where c_name = 'Customer#000021159';
|
the most number refers to max(ps_availqty); "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'; phone number refers to s_phone
|
countries in the region of Asia refer to n_name where r_name = 'ASIA';
|
supplier name refers to s_name; part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'
|
SUBTRACT(DIVIDE(SUM(p_retailprice where l_shipmode = 'SHIP'), COUNT(l_shipmode = 'SHIP')), DIVIDE(SUM(p_retailprice where l_shipmode = 'AIR'), COUNT(l_shipmode = 'AIR')));
|
Germany is nation name which refers to n_name = 'GERMANY'; comment with 'carefully regular packages' refers to s_comment LIKE 'carefully regular packages%'
|
Among the customers from the United States, which market segment has the highest number of customers?
|
the highest number of customers refer to MAX(COUNT(c_custkey)); the United States is the name of the nation which refers to n_name = 'UNITED STATES'; market segment refers to c_mktsegment;
|
1998 refers to year(o_orderdate) = '1998'; a total price under 950 refers to o_totalprice < 950
|
order number refers to l_orderkey; the lowest price after applying the discount refers to MIN(MULTIPLY(l_extendedprice), SUBTRACT(1, l_discount));
|
a retail price of over 1900 refers to p_retailprice > 1900
|
part "hot spring dodger dim light" refers to p_name = hot spring dodger dim light; Europe refers to r_name = 'EUROPE'
|
products refer to l_partkey; retail price greater than 1,000 refers to p_retailprice > 1000; shipped via ship refers to l_shipmode = 'SHIP';
|
countries in the region of Asia refer to n_name where r_name = 'ASIA';
|
MULTIPLY(l_extendedprice, SUBTRACT(1, l_discount)) where o_totalprice = 231499.38 AND l_suppkey = 9397;
|
DIVIDE(SUM(l_extendedprice), 10) where MAX(o_totalprice);
|
account is in debt if s_acctbal < 0; DIVIDE(COUNT(s_acctbal < 0 where n_name = 'JAPAN'), COUNT(s_name where n_name = 'JAPAN')) as percentage;
|
part "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'
|
How many customers are there in India?
|
customers refer to c_custkey; India is the name of the nation which refers to n_name = 'INDIA';
|
country refers to n_name; most of the customers refer to MAX(COUNT(c_custkey));
|
quantity greater than 40 refers to l_quantity > 40; shipped by air refers to l_shipmode = 'AIR'
|
type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'; Manufacturer#5 refers to p_mfgr = 'Manufacturer#5'
|
close to being out of stock refers to ps_availqty < 10
|
DIVIDE(COUNT(s_suppkey where n_name = 'GERMANY'), COUNT(s_suppkey)) as percentage;
|
returned refer to l_returnflag = 'R'; order no.5 refers to l_orderkey = 5; kinds of items refer to l_linenumber;
|
1998 refers to year(o_orderdate) = '1998'; a total price under 950 refers to o_totalprice < 950
|
orders in household segment refer to o_orderkey where c_mktsegment = 'HOUSEHOLD';
|
account is in debt if c_acctbal < 0; Moroccan customers refer to c_name WHERE n_name = 'MOROCCO';
|
the most number refers to max(ps_availqty); "hot spring dodger dim light" refers to p_name = 'hot spring dodger dim light'; phone number refers to s_phone
|
How many customers are in debt?
|
customers are in debt refer to c_custkey where c_acctbal < 0;
|
household segment refers to c_mktsegment = 'household'; Germany refers to n_name = 'Germany'
|
items shipped by REG AIR refer to l_linenumber where l_shipmode = 'REG AIR'; ordered on March 22, 1995 refers to o_orderdate = '1995-03-22';
|
supply cost refers to ps_supplycost; large plated tin refers to p_type = 'large plated tin'
|
country is nation name which refers to n_name; Africa is region name refers to r_name = 'Africa'
|
SUBTRACT(MULTIPLY(l_extendedprice, (SUBTRACT(1, l_discount)), MULTIPLY(ps_supplycost, l_quantity))) where p_name = 'smoke turquoise purple blue salmon' and l_receiptdate = '1996-05-07' and l_shipinstruct = 'DELIVER IN PERSON';
|
customers refer to c_custkey; India is the name of the nation which refers to n_name = 'INDIA';
|
close to being out of stock refers to ps_availqty < 10
|
total price = sum(o_totalprice); Argentina refers to n_name = 'Argentina'
|
product name refers to p_name; type "promo brushed steel" refers to p_type = 'PROMO BRUSHED STEEL'
|
Germany is nation name which refers to n_name = 'GERMANY'; comment with 'carefully regular packages' refers to s_comment LIKE 'carefully regular packages%'
|
Calculate the percentage of sold blades in the total number of transactions.
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Name = 'Blade'), SUM(Quantity)), 1.0); 'blades' refers to name of product;
|
types of HL Touring Frames refers to Name like '%HL Touring Frame%';
|
most sold refers to MAX(Quantity);
|
total quantity = SUM(Quantity); gifts refers to Price = 0;
|
Mountain-100 Silver, 38' is name of product;
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
sales ID ranges from 1 to 200 refers to SalesID between 1 and 200; percentage = MULTIPLY(DIVIDE(SUM(Price between 200 and 300), COUNT(Price)), 1.0);
|
full name of employee = FirstName, MiddleInitial, LastName; units refers to quantity; Quantity = 100
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
free gifts refers to Price = 0;
|
revenue = MULTIPLY(SUM(Quantity, Price)); 'HL Road Frame - Red, 56' is name of product;
|
Which product has the highest total amount of quantity sold? Calculate its overall total price.
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
below the average quantity refers to Quantity < AVG(Quantity);
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
free gifts refers to Price = 0;
|
most common last name refers to MAX(COUNT(LastName));
|
Hex Nut 9' is name of product;
|
most sold refers to MAX(Quantity);
|
price ranges from 100 to 150 refers to Price BETWEEN 100 AND 150; quantity lower than 25 refers to Quantity < 25;
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
id refers to SalesPersonID; SalesPersonID = 10
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Name = 'Blade'), SUM(Quantity)), 1.0); 'blades' refers to name of product;
|
What is the full name of employee who sold 1000 units?
|
full name of employee = FirstName, MiddleInitial, LastName; units refers to quantity; Quantity = 100
|
average price = DIVIDE(SUM(Price, COUNT(Price))); cost refers to Price; Price BETWEEN 100 AND 200;
|
id refers to SalesPersonID; SalesPersonID = 10
|
Flat Washer 8' is name of product;
|
highest quantity refers to MAX(Quantity);
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
sales transactions refers to SalesID;
|
quantity greater than 90% of the average quantity = Quantity > MULTIPLY(AVG(Quantity), 0.9);
|
most expensive product refers to MAX(Price);
|
most quantity refers to MAX(Quantity);
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
What is the name of the product that is most sold by sale person id 20?
|
most sold refers to MAX(Quantity);
|
full names of customers = FirstName, LastName; quantity over 600 refers to quantity > 600;
|
total quantity = SUM(Quantity); gifts refers to Price = 0;
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
ML Bottom Bracket' is name of product; percentage = MULTIPLY(DIVIDE(SUM(CustomerID WHERE FirstName = 'Albert' AND MiddleInitial = 'I' AND LastName = 'Ringer'), COUNT(CustomerID)), 1.0);
|
full name of the customer = FirstName, LastName; most quantity refers to MAX(Quantity);
|
Hex Nut 9' is name of product;
|
full name of the customer = FirstName, MiddleInitial, LastName; highest amount of total price refers to MAX(MULTIPLY(Quantity, Price));
|
first name starting with alphabet "s" refers to FirstName LIKE 's%';
|
revenue = MULTIPLY(SUM(Quantity, Price)); 'HL Road Frame - Red, 56' is name of product;
|
Calculate the total sales ids that were sales of Flat Washer 8.
|
Flat Washer 8' is name of product;
|
Mountain-500 Black 42' is name of product; sold in total = SUM(Quantity);
|
total quantity = SUM(Quantity); gifts refers to Price = 0;
|
full name of the customer = FirstName, LastName; most quantity refers to MAX(Quantity);
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
Hex Nut 9' is name of product;
|
full name of the customer = FirstName, MiddleInitial, LastName; above-average quantity = Quantity > AVG(Quantity);
|
most quantity refers to MAX(Quantity);
|
highest quantity refers to MAX(Quantity);
|
Chainring Bolts' is name of product;
|
top 5 products in terms of Price refers to MAX(Price) LIMIT 5;
|
List the customer's ID and last name of the customer that purchased a product with a quantity greater than 90% of the average quantity of all listed products.
|
quantity greater than 90% of the average quantity = Quantity > MULTIPLY(AVG(Quantity), 0.9);
|
total amount of sales = SUM(MULTIPLY(Quantity, Price));
|
most expensive product refers to MAX(Price);
|
total quantity = SUM(Quantity); gifts refers to Price = 0;
|
full name of the customer = FirstName, MiddleInitial, LastName; highest amount of total price refers to MAX(MULTIPLY(Quantity, Price));
|
Mountain-500 Black 42' is name of product; sold in total = SUM(Quantity);
|
IDs from 1 to 100 refers to CustomerID BETWEEN 1 AND 100 ; highest price refers to MAX(Price);
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
sales transactions refers to SalesID;
|
most quantity refers to MAX(Quantity);
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
Calculate the total quantity of products with name starting with alphabet "c".
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
trading quantity for more than 500 refers to Quantity > 500;
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
total amount of sales = SUM(MULTIPLY(Quantity, Price));
|
highest quantity refers to MAX(Quantity);
|
id refers to SalesPersonID; SalesPersonID = 10
|
full name of the customer = FirstName, LastName; most quantity refers to MAX(Quantity);
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
first name starting with alphabet "s" refers to FirstName LIKE 's%';
|
most common last name refers to MAX(COUNT(LastName));
|
Name the customers who received 'Touring Rim' as a free gift.
|
name of the customer = FirstName, MiddleInitial, LastName; 'Touring Rim' is name of product;
|
IDs from 1 to 100 refers to CustomerID BETWEEN 1 AND 100 ; highest price refers to MAX(Price);
|
ML Road Frame-W - Yellow, 40' is name of product;
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
highest quantity refers to MAX(Quantity);
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
highest quantity refers to MAX(Quantity);
|
full name of the customer = FirstName, MiddleInitial, LastName; highest amount of total price refers to MAX(MULTIPLY(Quantity, Price));
|
products from id 1 to 10 refers to ProductID BETWEEN 1 AND 10;
|
average price = DIVIDE(SUM(Price, COUNT(Price))); cost refers to Price; Price BETWEEN 100 AND 200;
|
highest quantity refers to MAX(Quantity);
|
Among the products that have price ranges from 100 to 150, what is the customer ID and sales ID of the product with a quantity lower than 25?
|
price ranges from 100 to 150 refers to Price BETWEEN 100 AND 150; quantity lower than 25 refers to Quantity < 25;
|
average price = DIVIDE(SUM(Price, COUNT(Price))); cost refers to Price; Price BETWEEN 100 AND 200;
|
quantity is more than 950 refers to Quantity > 950;
|
highest quantity refers to MAX(Quantity);
|
name of the customer = FirstName, MiddleInitial, LastName; 'Touring Rim' is name of product;
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
full name of employee = FirstName, MiddleInitial, LastName; units refers to quantity; Quantity = 100
|
most common last name refers to MAX(COUNT(LastName));
|
Mountain-100 Silver, 38' is name of product;
|
types of HL Touring Frames refers to Name like '%HL Touring Frame%';
|
most quantity refers to MAX(Quantity);
|
Among the products with product ID lower than 15, how many of them costs 10 and below?
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
Hex Nut 9' is name of product;
|
trading quantity for more than 500 refers to Quantity > 500;
|
first name starting with alphabet "s" refers to FirstName LIKE 's%';
|
products from id 1 to 10 refers to ProductID BETWEEN 1 AND 10;
|
External Lock Washer 7' is name of product;
|
Flat Washer 8' is name of product;
|
ML Road Frame-W - Yellow, 40' is name of product;
|
highest quantity refers to MAX(Quantity);
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
most common last name refers to MAX(COUNT(LastName));
|
Give the full name of the employee who has sold the most quantity.
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
highest quantity refers to MAX(Quantity);
|
most common last name refers to MAX(COUNT(LastName));
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
average price = DIVIDE(SUM(Price, COUNT(Price))); cost refers to Price; Price BETWEEN 100 AND 200;
|
Chainring Bolts' is name of product;
|
name of the customer = FirstName, MiddleInitial, LastName; 'Touring Rim' is name of product;
|
External Lock Washer 7' is name of product;
|
highest quantity refers to MAX(Quantity);
|
free gifts refers to Price = 0;
|
full name of the customer = FirstName, MiddleInitial, LastName; more than 50,000 in the amount refers to MULTIPLY(Quantity, Price) > 50000;
|
Name the product that sold the most quantity.
|
most quantity refers to MAX(Quantity);
|
price ranges from 100 to 150 refers to Price BETWEEN 100 AND 150; quantity lower than 25 refers to Quantity < 25;
|
Flat Washer 8' is name of product;
|
IDs from 1 to 100 refers to CustomerID BETWEEN 1 AND 100 ; highest price refers to MAX(Price);
|
below the average quantity refers to Quantity < AVG(Quantity);
|
products from id 1 to 10 refers to ProductID BETWEEN 1 AND 10;
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
full name of the customer = FirstName, MiddleInitial, LastName; more than 50,000 in the amount refers to MULTIPLY(Quantity, Price) > 50000;
|
id refers to SalesPersonID; SalesPersonID = 10
|
most sold refers to MAX(Quantity);
|
revenue = MULTIPLY(SUM(Quantity, Price)); 'HL Road Frame - Red, 56' is name of product;
|
Find and list the products that sold below the average quantity.
|
below the average quantity refers to Quantity < AVG(Quantity);
|
highest quantity refers to MAX(Quantity);
|
highest quantity refers to MAX(Quantity);
|
most common last name refers to MAX(COUNT(LastName));
|
full names of customers = FirstName, LastName; quantity over 600 refers to quantity > 600;
|
ML Road Frame-W - Yellow, 40' is name of product;
|
Mountain-500 Black 42' is name of product; sold in total = SUM(Quantity);
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
most quantity refers to MAX(Quantity);
|
most expensive product refers to MAX(Price);
|
quantity greater than 90% of the average quantity = Quantity > MULTIPLY(AVG(Quantity), 0.9);
|
What is the full name of the customer who purchased the highest amount of total price in a single purchase?
|
full name of the customer = FirstName, MiddleInitial, LastName; highest amount of total price refers to MAX(MULTIPLY(Quantity, Price));
|
most expensive product refers to MAX(Price);
|
Chainring Bolts' is name of product;
|
most common last name refers to MAX(COUNT(LastName));
|
IDs from 1 to 100 refers to CustomerID BETWEEN 1 AND 100 ; highest price refers to MAX(Price);
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Price = 0), SUM(Quantity)), 1.0); gift products refers to Price = 0;
|
full name of the customer = FirstName, MiddleInitial, LastName; more than 50,000 in the amount refers to MULTIPLY(Quantity, Price) > 50000;
|
External Lock Washer 7' is name of product;
|
ML Bottom Bracket' is name of product; percentage = MULTIPLY(DIVIDE(SUM(CustomerID WHERE FirstName = 'Albert' AND MiddleInitial = 'I' AND LastName = 'Ringer'), COUNT(CustomerID)), 1.0);
|
full names of customers = FirstName, LastName; quantity over 600 refers to quantity > 600;
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
List down product names of free gifts.
|
free gifts refers to Price = 0;
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
quantity is more than 950 refers to Quantity > 950;
|
most expensive product refers to MAX(Price);
|
IDs from 1 to 100 refers to CustomerID BETWEEN 1 AND 100 ; highest price refers to MAX(Price);
|
full name of employee = FirstName, MiddleInitial, LastName; units refers to quantity; Quantity = 100
|
sales transactions refers to SalesID;
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
Hex Nut 9' is name of product;
|
first name starting with alphabet "s" refers to FirstName LIKE 's%';
|
sales ID ranges from 1 to 200 refers to SalesID between 1 and 200; percentage = MULTIPLY(DIVIDE(SUM(Price between 200 and 300), COUNT(Price)), 1.0);
|
How many chainring bolts were sold under sales ID 551971?
|
Chainring Bolts' is name of product;
|
most sold refers to MAX(Quantity);
|
full name of the customer = FirstName, MiddleInitial, LastName; highest amount of total price refers to MAX(MULTIPLY(Quantity, Price));
|
products from id 1 to 10 refers to ProductID BETWEEN 1 AND 10;
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Name = 'Blade'), SUM(Quantity)), 1.0); 'blades' refers to name of product;
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
most common last name refers to MAX(COUNT(LastName));
|
full name of the customer = FirstName, MiddleInitial, LastName; above-average quantity = Quantity > AVG(Quantity);
|
highest quantity refers to MAX(Quantity);
|
total amount of sales = SUM(MULTIPLY(Quantity, Price));
|
External Lock Washer 7' is name of product;
|
How many employees sold "ML Road Frame-W - Yellow, 40"?
|
ML Road Frame-W - Yellow, 40' is name of product;
|
full name of the customer = FirstName, LastName; most quantity refers to MAX(Quantity);
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Price = 0), SUM(Quantity)), 1.0); gift products refers to Price = 0;
|
highest quantity refers to MAX(Quantity);
|
Chainring Bolts' is name of product;
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
total quantity = SUM(Quantity); gifts refers to Price = 0;
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
ML Bottom Bracket' is name of product; percentage = MULTIPLY(DIVIDE(SUM(CustomerID WHERE FirstName = 'Albert' AND MiddleInitial = 'I' AND LastName = 'Ringer'), COUNT(CustomerID)), 1.0);
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
Calculate the total price for products from id 400 to 500.
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
Hex Nut 9' is name of product;
|
most expensive product refers to MAX(Price);
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
Flat Washer 8' is name of product;
|
External Lock Washer 7' is name of product;
|
highest quantity refers to MAX(Quantity);
|
below the average quantity refers to Quantity < AVG(Quantity);
|
first name starting with alphabet "s" refers to FirstName LIKE 's%';
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
total quantity = SUM(Quantity); gifts refers to Price = 0;
|
Among customers named Kate, who has the highest quantity?
|
highest quantity refers to MAX(Quantity);
|
first ten sales refers to SalesID BETWEEN 1 AND 10;
|
Chainring Bolts' is name of product;
|
quantity greater than 90% of the average quantity = Quantity > MULTIPLY(AVG(Quantity), 0.9);
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
full name of the customer = FirstName, MiddleInitial, LastName; more than 50,000 in the amount refers to MULTIPLY(Quantity, Price) > 50000;
|
first name starting with alphabet "s" refers to FirstName LIKE 's%';
|
highest quantity refers to MAX(Quantity);
|
name of the customer = FirstName, MiddleInitial, LastName; 'Touring Rim' is name of product;
|
highest quantity refers to MAX(Quantity);
|
List the first names of employees with trading quantity for more than 500.
|
trading quantity for more than 500 refers to Quantity > 500;
|
quantity greater than 90% of the average quantity = Quantity > MULTIPLY(AVG(Quantity), 0.9);
|
most expensive product refers to MAX(Price);
|
most common last name refers to MAX(COUNT(LastName));
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
price ranges from 100 to 150 refers to Price BETWEEN 100 AND 150; quantity lower than 25 refers to Quantity < 25;
|
first name starting with alphabet "s" refers to FirstName LIKE 's%';
|
full names of customers = FirstName, LastName; quantity over 600 refers to quantity > 600;
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Name = 'Blade'), SUM(Quantity)), 1.0); 'blades' refers to name of product;
|
sales transactions refers to SalesID;
|
List the sales ID of the product with a quantity of 590 and named "External Lock Washer 7".
|
External Lock Washer 7' is name of product;
|
first ten sales refers to SalesID BETWEEN 1 AND 10;
|
top 5 products in terms of Price refers to MAX(Price) LIMIT 5;
|
full name of employee = FirstName, MiddleInitial, LastName; units refers to quantity; Quantity = 100
|
highest quantity refers to MAX(Quantity);
|
free gifts refers to Price = 0;
|
types of HL Touring Frames refers to Name like '%HL Touring Frame%';
|
most common last name refers to MAX(COUNT(LastName));
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
highest quantity refers to MAX(Quantity);
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
How much is the total amount of sales handled by Heather McBadden?
|
total amount of sales = SUM(MULTIPLY(Quantity, Price));
|
Mountain-100 Silver, 38' is name of product;
|
sales ID ranges from 1 to 200 refers to SalesID between 1 and 200; percentage = MULTIPLY(DIVIDE(SUM(Price between 200 and 300), COUNT(Price)), 1.0);
|
types of HL Touring Frames refers to Name like '%HL Touring Frame%';
|
Flat Washer 8' is name of product;
|
average price = DIVIDE(SUM(Price, COUNT(Price))); cost refers to Price; Price BETWEEN 100 AND 200;
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
full name of the customer = FirstName, MiddleInitial, LastName; more than 50,000 in the amount refers to MULTIPLY(Quantity, Price) > 50000;
|
ML Bottom Bracket' is name of product; percentage = MULTIPLY(DIVIDE(SUM(CustomerID WHERE FirstName = 'Albert' AND MiddleInitial = 'I' AND LastName = 'Ringer'), COUNT(CustomerID)), 1.0);
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
Tally the product name and quantity of the first ten sales.
|
first ten sales refers to SalesID BETWEEN 1 AND 10;
|
most sold refers to MAX(Quantity);
|
highest quantity refers to MAX(Quantity);
|
total amount of sales = SUM(MULTIPLY(Quantity, Price));
|
most expensive product refers to MAX(Price);
|
Mountain-100 Silver, 38' is name of product;
|
quantity greater than 90% of the average quantity = Quantity > MULTIPLY(AVG(Quantity), 0.9);
|
name of the customer = FirstName, MiddleInitial, LastName; 'Touring Rim' is name of product;
|
free gifts refers to Price = 0;
|
sales ID ranges from 1 to 200 refers to SalesID between 1 and 200; percentage = MULTIPLY(DIVIDE(SUM(Price between 200 and 300), COUNT(Price)), 1.0);
|
revenue = MULTIPLY(SUM(Quantity, Price)); 'HL Road Frame - Red, 56' is name of product;
|
How many types of "HL Touring Frames" are there?
|
types of HL Touring Frames refers to Name like '%HL Touring Frame%';
|
first ten sales refers to SalesID BETWEEN 1 AND 10;
|
full name of the customer = FirstName, MiddleInitial, LastName; above-average quantity = Quantity > AVG(Quantity);
|
below the average quantity refers to Quantity < AVG(Quantity);
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
free gifts refers to Price = 0;
|
sales ID ranges from 1 to 200 refers to SalesID between 1 and 200; percentage = MULTIPLY(DIVIDE(SUM(Price between 200 and 300), COUNT(Price)), 1.0);
|
Mountain-100 Silver, 38' is name of product;
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
name of the customer = FirstName, MiddleInitial, LastName; 'Touring Rim' is name of product;
|
sales transactions refers to SalesID;
|
List the product ID of the top five products, by descending order, in terms of price.
|
top 5 products in terms of Price refers to MAX(Price) LIMIT 5;
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
first ten sales refers to SalesID BETWEEN 1 AND 10;
|
trading quantity for more than 500 refers to Quantity > 500;
|
ML Road Frame-W - Yellow, 40' is name of product;
|
quantity greater than 90% of the average quantity = Quantity > MULTIPLY(AVG(Quantity), 0.9);
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
highest quantity refers to MAX(Quantity);
|
free gifts refers to Price = 0;
|
first name starting with alphabet "s" refers to FirstName LIKE 's%';
|
How many customer ids have purchased Hex Nut 9?
|
Hex Nut 9' is name of product;
|
full name of the customer = FirstName, LastName; most quantity refers to MAX(Quantity);
|
free gifts refers to Price = 0;
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
quantity greater than 90% of the average quantity = Quantity > MULTIPLY(AVG(Quantity), 0.9);
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Price = 0), SUM(Quantity)), 1.0); gift products refers to Price = 0;
|
Mountain-100 Silver, 38' is name of product;
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
ML Road Frame-W - Yellow, 40' is name of product;
|
full name of the customer = FirstName, MiddleInitial, LastName; highest amount of total price refers to MAX(MULTIPLY(Quantity, Price));
|
first ten sales refers to SalesID BETWEEN 1 AND 10;
|
How many "Mountain-100 Silver, 38" were sold by Stearns MacFeather?
|
Mountain-100 Silver, 38' is name of product;
|
full names of customers = FirstName, LastName; quantity over 600 refers to quantity > 600;
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
most common last name refers to MAX(COUNT(LastName));
|
highest quantity refers to MAX(Quantity);
|
most quantity refers to MAX(Quantity);
|
full name of the customer = FirstName, MiddleInitial, LastName; above-average quantity = Quantity > AVG(Quantity);
|
name of the customer = FirstName, MiddleInitial, LastName; 'Touring Rim' is name of product;
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
id refers to SalesPersonID; SalesPersonID = 10
|
Flat Washer 8' is name of product;
|
How many "Mountain-500 Black 42" were sold in total?
|
Mountain-500 Black 42' is name of product; sold in total = SUM(Quantity);
|
most quantity refers to MAX(Quantity);
|
sales transactions refers to SalesID;
|
quantity is more than 950 refers to Quantity > 950;
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
total quantity = SUM(Quantity); gifts refers to Price = 0;
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
most sold refers to MAX(Quantity);
|
types of HL Touring Frames refers to Name like '%HL Touring Frame%';
|
average price = DIVIDE(SUM(Price, COUNT(Price))); cost refers to Price; Price BETWEEN 100 AND 200;
|
Hex Nut 9' is name of product;
|
List down the product name for products from id 1 to 10.
|
products from id 1 to 10 refers to ProductID BETWEEN 1 AND 10;
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
full names of customers = FirstName, LastName; quantity over 600 refers to quantity > 600;
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
sales ID ranges from 1 to 200 refers to SalesID between 1 and 200; percentage = MULTIPLY(DIVIDE(SUM(Price between 200 and 300), COUNT(Price)), 1.0);
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
id refers to SalesPersonID; SalesPersonID = 10
|
full name of the customer = FirstName, MiddleInitial, LastName; highest amount of total price refers to MAX(MULTIPLY(Quantity, Price));
|
first ten sales refers to SalesID BETWEEN 1 AND 10;
|
highest quantity refers to MAX(Quantity);
|
full name of the customer = FirstName, MiddleInitial, LastName; more than 50,000 in the amount refers to MULTIPLY(Quantity, Price) > 50000;
|
Write down the name of products whose sale quantity is more than 950.
|
quantity is more than 950 refers to Quantity > 950;
|
most expensive product refers to MAX(Price);
|
ML Bottom Bracket' is name of product; percentage = MULTIPLY(DIVIDE(SUM(CustomerID WHERE FirstName = 'Albert' AND MiddleInitial = 'I' AND LastName = 'Ringer'), COUNT(CustomerID)), 1.0);
|
highest quantity refers to MAX(Quantity);
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
Mountain-500 Black 42' is name of product; sold in total = SUM(Quantity);
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
highest quantity refers to MAX(Quantity);
|
Flat Washer 8' is name of product;
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
name of the customer = FirstName, MiddleInitial, LastName; 'Touring Rim' is name of product;
|
List down all of the sales IDs for sales handled by sales people with first name starting with alphabet "s".
|
first name starting with alphabet "s" refers to FirstName LIKE 's%';
|
most expensive product refers to MAX(Price);
|
full name of the customer = FirstName, MiddleInitial, LastName; above-average quantity = Quantity > AVG(Quantity);
|
full name of the customer = FirstName, MiddleInitial, LastName; more than 50,000 in the amount refers to MULTIPLY(Quantity, Price) > 50000;
|
free gifts refers to Price = 0;
|
most common last name refers to MAX(COUNT(LastName));
|
Mountain-100 Silver, 38' is name of product;
|
full name of the customer = FirstName, LastName; most quantity refers to MAX(Quantity);
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
trading quantity for more than 500 refers to Quantity > 500;
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Price = 0), SUM(Quantity)), 1.0); gift products refers to Price = 0;
|
What is the average price of products that cost between 100 and 200?
|
average price = DIVIDE(SUM(Price, COUNT(Price))); cost refers to Price; Price BETWEEN 100 AND 200;
|
full name of the customer = FirstName, LastName; most quantity refers to MAX(Quantity);
|
first ten sales refers to SalesID BETWEEN 1 AND 10;
|
IDs from 1 to 100 refers to CustomerID BETWEEN 1 AND 100 ; highest price refers to MAX(Price);
|
trading quantity for more than 500 refers to Quantity > 500;
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
types of HL Touring Frames refers to Name like '%HL Touring Frame%';
|
first name starting with alphabet "s" refers to FirstName LIKE 's%';
|
highest quantity refers to MAX(Quantity);
|
sales ID ranges from 1 to 200 refers to SalesID between 1 and 200; percentage = MULTIPLY(DIVIDE(SUM(Price between 200 and 300), COUNT(Price)), 1.0);
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
Among customers with IDs from 1 to 100, what is the highest price of products they purchased?
|
IDs from 1 to 100 refers to CustomerID BETWEEN 1 AND 100 ; highest price refers to MAX(Price);
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Price = 0), SUM(Quantity)), 1.0); gift products refers to Price = 0;
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
first ten sales refers to SalesID BETWEEN 1 AND 10;
|
types of HL Touring Frames refers to Name like '%HL Touring Frame%';
|
most sold refers to MAX(Quantity);
|
highest quantity refers to MAX(Quantity);
|
total amount of sales = SUM(MULTIPLY(Quantity, Price));
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Name = 'Blade'), SUM(Quantity)), 1.0); 'blades' refers to name of product;
|
total quantity = SUM(Quantity); gifts refers to Price = 0;
|
External Lock Washer 7' is name of product;
|
List the full names of customers who have purchased products in quantity over 600.
|
full names of customers = FirstName, LastName; quantity over 600 refers to quantity > 600;
|
most common last name refers to MAX(COUNT(LastName));
|
full name of the customer = FirstName, MiddleInitial, LastName; highest amount of total price refers to MAX(MULTIPLY(Quantity, Price));
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
sales transactions refers to SalesID;
|
products from id 1 to 10 refers to ProductID BETWEEN 1 AND 10;
|
full name of employee = FirstName, MiddleInitial, LastName; units refers to quantity; Quantity = 100
|
ML Road Frame-W - Yellow, 40' is name of product;
|
highest quantity refers to MAX(Quantity);
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Price = 0), SUM(Quantity)), 1.0); gift products refers to Price = 0;
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
What is the total cost of all the "Road-650, Red, 60" products that Abraham E. Bennet sold?
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Price = 0), SUM(Quantity)), 1.0); gift products refers to Price = 0;
|
name of the customer = FirstName, MiddleInitial, LastName; 'Touring Rim' is name of product;
|
trading quantity for more than 500 refers to Quantity > 500;
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
sales ID ranges from 1 to 200 refers to SalesID between 1 and 200; percentage = MULTIPLY(DIVIDE(SUM(Price between 200 and 300), COUNT(Price)), 1.0);
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
top 5 products in terms of Price refers to MAX(Price) LIMIT 5;
|
products from id 1 to 10 refers to ProductID BETWEEN 1 AND 10;
|
first ten sales refers to SalesID BETWEEN 1 AND 10;
|
most common last name refers to MAX(COUNT(LastName));
|
Calculate the revenue produced through sales of HL Road Frame - Red, 56.
|
revenue = MULTIPLY(SUM(Quantity, Price)); 'HL Road Frame - Red, 56' is name of product;
|
sales ID ranges from 1 to 200 refers to SalesID between 1 and 200; percentage = MULTIPLY(DIVIDE(SUM(Price between 200 and 300), COUNT(Price)), 1.0);
|
highest quantity refers to MAX(Quantity);
|
most expensive product refers to MAX(Price);
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
full names of customers = FirstName, LastName; quantity over 600 refers to quantity > 600;
|
Chainring Bolts' is name of product;
|
average price = DIVIDE(SUM(Price, COUNT(Price))); cost refers to Price; Price BETWEEN 100 AND 200;
|
full name of the customer = FirstName, MiddleInitial, LastName; above-average quantity = Quantity > AVG(Quantity);
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
Give the full name of the customer who bought the most amount of products.
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
full name of the customer = FirstName, LastName; most quantity refers to MAX(Quantity);
|
highest quantity refers to MAX(Quantity);
|
below the average quantity refers to Quantity < AVG(Quantity);
|
highest quantity refers to MAX(Quantity);
|
total amount of sales = SUM(MULTIPLY(Quantity, Price));
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Name = 'Blade'), SUM(Quantity)), 1.0); 'blades' refers to name of product;
|
highest quantity refers to MAX(Quantity);
|
Chainring Bolts' is name of product;
|
most expensive product refers to MAX(Price);
|
average price = DIVIDE(SUM(Price, COUNT(Price))); cost refers to Price; Price BETWEEN 100 AND 200;
|
How many customers share the most common last name?
|
most common last name refers to MAX(COUNT(LastName));
|
total amount of sales = SUM(MULTIPLY(Quantity, Price));
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Name = 'Blade'), SUM(Quantity)), 1.0); 'blades' refers to name of product;
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Price = 0), SUM(Quantity)), 1.0); gift products refers to Price = 0;
|
Chainring Bolts' is name of product;
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
trading quantity for more than 500 refers to Quantity > 500;
|
total quantity = SUM(Quantity); gifts refers to Price = 0;
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
Flat Washer 8' is name of product;
|
List the full name of customers who spend more than 50,000 in descending order the amount spend.
|
full name of the customer = FirstName, MiddleInitial, LastName; more than 50,000 in the amount refers to MULTIPLY(Quantity, Price) > 50000;
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
highest quantity refers to MAX(Quantity);
|
most expensive product refers to MAX(Price);
|
average price = DIVIDE(SUM(Price, COUNT(Price))); cost refers to Price; Price BETWEEN 100 AND 200;
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
total amount of sales = SUM(MULTIPLY(Quantity, Price));
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
total quantity = SUM(Quantity); gifts refers to Price = 0;
|
External Lock Washer 7' is name of product;
|
top 5 products in terms of Price refers to MAX(Price) LIMIT 5;
|
Find and list the full name of customers who bought products above-average quantity.
|
full name of the customer = FirstName, MiddleInitial, LastName; above-average quantity = Quantity > AVG(Quantity);
|
quantity is more than 950 refers to Quantity > 950;
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
most common last name refers to MAX(COUNT(LastName));
|
free gifts refers to Price = 0;
|
sales transactions refers to SalesID;
|
Flat Washer 8' is name of product;
|
id refers to SalesPersonID; SalesPersonID = 10
|
products from id 1 to 10 refers to ProductID BETWEEN 1 AND 10;
|
most expensive product refers to MAX(Price);
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
How many sales transactions were given by the customer named Joe L. Lopez?
|
sales transactions refers to SalesID;
|
types of HL Touring Frames refers to Name like '%HL Touring Frame%';
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
full name of employee = FirstName, MiddleInitial, LastName; units refers to quantity; Quantity = 100
|
most quantity refers to MAX(Quantity);
|
Mountain-100 Silver, 38' is name of product;
|
first ten sales refers to SalesID BETWEEN 1 AND 10;
|
Mountain-500 Black 42' is name of product; sold in total = SUM(Quantity);
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Price = 0), SUM(Quantity)), 1.0); gift products refers to Price = 0;
|
quantity greater than 90% of the average quantity = Quantity > MULTIPLY(AVG(Quantity), 0.9);
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
Among all the customers who have purchased ML Bottom Bracket, identify the percentage of sales by Albert I. Ringer?
|
ML Bottom Bracket' is name of product; percentage = MULTIPLY(DIVIDE(SUM(CustomerID WHERE FirstName = 'Albert' AND MiddleInitial = 'I' AND LastName = 'Ringer'), COUNT(CustomerID)), 1.0);
|
full name of the customer = FirstName, LastName; most quantity refers to MAX(Quantity);
|
IDs from 1 to 100 refers to CustomerID BETWEEN 1 AND 100 ; highest price refers to MAX(Price);
|
full name of the customer = FirstName, MiddleInitial, LastName; above-average quantity = Quantity > AVG(Quantity);
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
trading quantity for more than 500 refers to Quantity > 500;
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Name = 'Blade'), SUM(Quantity)), 1.0); 'blades' refers to name of product;
|
Flat Washer 8' is name of product;
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
quantity is more than 950 refers to Quantity > 950;
|
full name of the customer = FirstName, MiddleInitial, LastName; more than 50,000 in the amount refers to MULTIPLY(Quantity, Price) > 50000;
|
Calculate the total quantity of products that are gifts.
|
total quantity = SUM(Quantity); gifts refers to Price = 0;
|
ML Road Frame-W - Yellow, 40' is name of product;
|
highest quantity refers to MAX(Quantity);
|
highest quantity refers to MAX(Quantity);
|
IDs from 1 to 100 refers to CustomerID BETWEEN 1 AND 100 ; highest price refers to MAX(Price);
|
full name of employee = FirstName, MiddleInitial, LastName; units refers to quantity; Quantity = 100
|
Mountain-100 Silver, 38' is name of product;
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
types of HL Touring Frames refers to Name like '%HL Touring Frame%';
|
Mountain-500 Black 42' is name of product; sold in total = SUM(Quantity);
|
full name of the customer = FirstName, MiddleInitial, LastName; above-average quantity = Quantity > AVG(Quantity);
|
Among customers with the last name of Valdez, who purchased the highest quantity?
|
highest quantity refers to MAX(Quantity);
|
Mountain-500 Black 42' is name of product; sold in total = SUM(Quantity);
|
most quantity refers to MAX(Quantity);
|
quantity greater than 90% of the average quantity = Quantity > MULTIPLY(AVG(Quantity), 0.9);
|
top 5 products in terms of Price refers to MAX(Price) LIMIT 5;
|
name of the customer = FirstName, MiddleInitial, LastName; 'Touring Rim' is name of product;
|
trading quantity for more than 500 refers to Quantity > 500;
|
revenue = MULTIPLY(SUM(Quantity, Price)); 'HL Road Frame - Red, 56' is name of product;
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
Flat Washer 8' is name of product;
|
most expensive product refers to MAX(Price);
|
List the full name of the customer who purchased the most quantity of products.
|
full name of the customer = FirstName, LastName; most quantity refers to MAX(Quantity);
|
name starting with alphabet "c" refers to Name LIKE 'C%';
|
full name of the customer = FirstName, MiddleInitial, LastName; highest amount of total price refers to MAX(MULTIPLY(Quantity, Price));
|
sales ID ranges from 1 to 200 refers to SalesID between 1 and 200; percentage = MULTIPLY(DIVIDE(SUM(Price between 200 and 300), COUNT(Price)), 1.0);
|
total price = SUM(MULTIPLY(Price, Quantity)); from id 400 to 500 refers to ProductID BETWEEN 400 AND 500;
|
below the average quantity refers to Quantity < AVG(Quantity);
|
full name of the customer = FirstName, MiddleInitial, LastName; above-average quantity = Quantity > AVG(Quantity);
|
types of HL Touring Frames refers to Name like '%HL Touring Frame%';
|
full names of customers = FirstName, LastName; quantity over 600 refers to quantity > 600;
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
External Lock Washer 7' is name of product;
|
What is the name of the most expensive product?
|
most expensive product refers to MAX(Price);
|
Chainring Bolts' is name of product;
|
Mountain-500 Black 42' is name of product; sold in total = SUM(Quantity);
|
highest quantity refers to MAX(Quantity);
|
full names of customers = FirstName, LastName; quantity over 600 refers to quantity > 600;
|
trading quantity for more than 500 refers to Quantity > 500;
|
highest quantity refers to MAX(Quantity);
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Price = 0), SUM(Quantity)), 1.0); gift products refers to Price = 0;
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
sales ID ranges from 1 to 200 refers to SalesID between 1 and 200; percentage = MULTIPLY(DIVIDE(SUM(Price between 200 and 300), COUNT(Price)), 1.0);
|
Among the sales ID ranges from 1 to 200, what is the percentage of the products with a price ranging from 200 to 300?
|
sales ID ranges from 1 to 200 refers to SalesID between 1 and 200; percentage = MULTIPLY(DIVIDE(SUM(Price between 200 and 300), COUNT(Price)), 1.0);
|
full name of the customer = FirstName, MiddleInitial, LastName; highest amount of total price refers to MAX(MULTIPLY(Quantity, Price));
|
revenue = MULTIPLY(SUM(Quantity, Price)); 'HL Road Frame - Red, 56' is name of product;
|
free gifts refers to Price = 0;
|
first name starting with alphabet "s" refers to FirstName LIKE 's%';
|
total amount of sales = SUM(MULTIPLY(Quantity, Price));
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Name = 'Blade'), SUM(Quantity)), 1.0); 'blades' refers to name of product;
|
types of HL Touring Frames refers to Name like '%HL Touring Frame%';
|
top 5 products in terms of Price refers to MAX(Price) LIMIT 5;
|
full name of employee = FirstName, MiddleInitial, LastName; units refers to quantity; Quantity = 100
|
products from id 1 to 10 refers to ProductID BETWEEN 1 AND 10;
|
List down all of the product names that were placed by sales person with id 10.
|
id refers to SalesPersonID; SalesPersonID = 10
|
IDs from 1 to 100 refers to CustomerID BETWEEN 1 AND 100 ; highest price refers to MAX(Price);
|
Chainring Bolts' is name of product;
|
highest quantity refers to MAX(Quantity);
|
full name of the employee = FirstName, LastName; most quantity refers to MAX(Quantity);
|
quantity is more than 950 refers to Quantity > 950;
|
price ranges from 100 to 150 refers to Price BETWEEN 100 AND 150; quantity lower than 25 refers to Quantity < 25;
|
highest quantity refers to MAX(Quantity);
|
Hex Nut 9' is name of product;
|
products from id 1 to 10 refers to ProductID BETWEEN 1 AND 10;
|
types of HL Touring Frames refers to Name like '%HL Touring Frame%';
|
Calculate the quantity percentage of the gift products in the total trading quantity.
|
percentage = MULTIPLY(DIVIDE(SUM(Quantity WHERE Price = 0), SUM(Quantity)), 1.0); gift products refers to Price = 0;
|
quantity greater than 90% of the average quantity = Quantity > MULTIPLY(AVG(Quantity), 0.9);
|
sales transactions refers to SalesID;
|
full name of the customer = FirstName, MiddleInitial, LastName; most amount of products refers to MAX(MULTIPLY(Quantity, Price));
|
products from id 1 to 10 refers to ProductID BETWEEN 1 AND 10;
|
first name starting with alphabet "s" refers to FirstName LIKE 's%';
|
most sold refers to MAX(Quantity);
|
full name of the customer = FirstName, MiddleInitial, LastName; highest amount of total price refers to MAX(MULTIPLY(Quantity, Price));
|
trading quantity for more than 500 refers to Quantity > 500;
|
IDs from 1 to 100 refers to CustomerID BETWEEN 1 AND 100 ; highest price refers to MAX(Price);
|
most expensive product refers to MAX(Price);
|
List down the product id for products with the highest quantity.
|
highest quantity refers to MAX(Quantity);
|
ML Road Frame-W - Yellow, 40' is name of product;
|
first name starting with alphabet "s" refers to FirstName LIKE 's%';
|
top 5 products in terms of Price refers to MAX(Price) LIMIT 5;
|
average price = DIVIDE(SUM(Price, COUNT(Price))); cost refers to Price; Price BETWEEN 100 AND 200;
|
most quantity refers to MAX(Quantity);
|
full name of the customer = FirstName, LastName; most quantity refers to MAX(Quantity);
|
total amount of sales = SUM(MULTIPLY(Quantity, Price));
|
name of the customer = FirstName, MiddleInitial, LastName; 'Touring Rim' is name of product;
|
revenue = MULTIPLY(SUM(Quantity, Price)); 'HL Road Frame - Red, 56' is name of product;
|
free gifts refers to Price = 0;
|
Among products bought by Kathryn Ashe, what is the name of the product with the highest quantity?
|
highest quantity refers to MAX(Quantity);
|
total cost = SUM(MULTIPLY(Quantity, Price)); 'Road-650, Red, 60' is name of product;
|
sales ID ranges from 1 to 200 refers to SalesID between 1 and 200; percentage = MULTIPLY(DIVIDE(SUM(Price between 200 and 300), COUNT(Price)), 1.0);
|
most quantity refers to MAX(Quantity);
|
full name of the customer = FirstName, LastName; most quantity refers to MAX(Quantity);
|
product ID lower than 15 refers to ProductID < 15; costs 10 and below refers to Price; Price < = 10;
|
total amount of sales = SUM(MULTIPLY(Quantity, Price));
|
highest total amount of quantity refers to MAX(Quantity); overall total price = SUM(MULTIPLY(Quantity, Price));
|
IDs from 1 to 100 refers to CustomerID BETWEEN 1 AND 100 ; highest price refers to MAX(Price);
|
quantity is more than 950 refers to Quantity > 950;
|
free gifts refers to Price = 0;
|
Tell the temperature range of the home weather station of store no.7 on 2014/4/28.
|
store no.7 refers to tore_nbr = 7; on 2014/4/28 refers to date = '2014-04-28'; temperature range refers to Subtract (tmax, tmin)
|
store no.19 refers to store_nbr = 19; on 2013/2/24 refers to date = '2013-02-24'; sea level status refers to sealevel
|
store no.6 refers to store_nbr = 6; on 2012/2/15 refers to date = '2012-02-15'; wet-bulb temperature refers to wetbulb
|
most windy station refers to Max(avgspeed)
|
item no. 5 refers to item_nbr = 5; store no.3 refers to store_nbr = 3; when the maximum temperature exceed 90 refers to tmax > 90; average = Divide (Sum(units), Count(date))
|
no.2 store refers to store_nbr = 2; on 2013/2/12 refers to date = '2013-02-12'; code summarization refers to codesum
|
no.12 store refers to store_nbr = 12; on 2012/5/15 refers to date = '2012-05-15'; station pressure status refers to stnpressure
|
store no. 1 refers to store_nbr = 1; on 2012/1/1 refers to date = '2012-01-01'; best seller refers to Max(units); ID refers to item_nbr
|
in March 2014 refers to substring (date, 1, 4) = '2014' and substring (date, 6, 2) = '03'; temperature is below the 30-year normal refers to depart < 0; highest number of days refers to Max(Count(date))
|
store 35 refers to store_nbr = 35; haze is recorded refers to codesum like '%'||'HZ'||'%'
|
highest max temperature refers to Max(tmax); in 2012 refers to SUBSTR(date, 1, 4) = '2012'; store no.3 refers to store_nbr = 3; had no sale refers to units = 0
|
State the number of stores that belongs to the weather station which recorded the deepest snowfall.
|
deepest snowfall refers to Max(snowfall); number of stores refers to store_nbr
|
no.2 store refers to store_nbr = 2; on 2013/2/12 refers to date = '2013-02-12'; code summarization refers to codesum
|
item no.5 refers to item_nbr = 5; store no. 3 refers to store_nbr = 3; when the max temperature was highest refers to Max(tmax); in 2012 refers to SUBSTR(date, 1, 4) = '2012'
|
sunrise before 5 Am refers to sunrise < time ('5:00:00')
|
store no.9 refers to store_nbr = 9; 2012/2/2 refers to date = '2012-02-02'; 2012/2/3 refers to date = '2012-02-03'; average temperature refers to tavg; increase percentage = Divide (Subtract (tavg where date = '2012-02-03', tavg where date = '2012-02-02'), tavg where date = '2012-02-02') * 100
|
most windy station refers to Max(avgspeed)
|
during May 2012 refers to SUBSTR(date, 1, 7) = '2012-05'; store number 6 refers to store_nbr = 6; store number 7 refers to store_nbr = 7; average temperature difference = Subtract (Divide (Sum(tavg), Count (date) where the store_nbr = 6), Divide (Sum(tavg), Count(date) where store_nbr = 7))
|
lowest minimum temperature refers to Min(tmin); store 16 refers to store_nbr = 16; on January 2012 refers to Substring (date, 1, 7) = '2012-01'
|
item no. 5 refers to item_nbr = 5; store no.3 refers to store_nbr = 3; highest max temperature refers to Max(tmax); in 2012 refers to SUBSTR(date, 1, 4) = '2012'; Percentage = Divide (Sum(units where item_nbr = 5), Sum(units)) * 100
|
station number 1 refers to station_nbr = 1 ; minimum temperature = tmin; maximum temperature = tmax; on 15 January 2012 refers to date = '2012-01-15'
|
store no. 1 refers to store_nbr = 1; on 2012/1/1 refers to date = '2012-01-01'; best seller refers to Max(units); ID refers to item_nbr
|
How many units of item no.5 were sold in store no.3 on the day the temperature range was the biggest?
|
item no. 5 refers to item_nbr = 5; store no.3 refers to store_nbr = 3; when the temperature range was the biggest refers to Max(Subtract(tmax, tmin))
|
item 1 refers to item_nbr = 1; when the sunset earliest refers to Min(sunset); latest sunset refers to Max(sunset); difference unit sold refers to Subtract(Sum(units where Min(sunset)), Sum(units where Max(sunset)))
|
store no.9 refers to store_nbr = 9; 2012/2/2 refers to date = '2012-02-02'; 2012/2/3 refers to date = '2012-02-03'; average temperature refers to tavg; increase percentage = Divide (Subtract (tavg where date = '2012-02-03', tavg where date = '2012-02-02'), tavg where date = '2012-02-02') * 100
|
store 35 refers to store_nbr = 35; haze is recorded refers to codesum like '%'||'HZ'||'%'
|
snow fell more than 5 inches refers to snowfall > 5
|
item no.5 refers to item_nbr = 5; store no. 3 refers to store_nbr = 3; when the max temperature was highest refers to Max(tmax); in 2012 refers to SUBSTR(date, 1, 4) = '2012'
|
in March 2014 refers to substring (date, 1, 4) = '2014' and substring (date, 6, 2) = '03'; temperature is below the 30-year normal refers to depart < 0; highest number of days refers to Max(Count(date))
|
store no. 1 refers to store_nbr = 1; item no. 9 refers to item_nbr = 9; in January refers to SUBSTR(date, 1, 4) = '2012' and SUBSTR(date, 6, 2) = '01'
|
sold on 2012/1/1 refers to date = '2012-01-01'; in store no.1 refers to store_nbr = 1; item sold the best refers to Max(units)
|
store no.7 refers to tore_nbr = 7; on 2014/4/28 refers to date = '2014-04-28'; temperature range refers to Subtract (tmax, tmin)
|
lowest minimum temperature refers to Min(tmin); store 16 refers to store_nbr = 16; on January 2012 refers to Substring (date, 1, 7) = '2012-01'
|
How many items weren't sold in store 2 on 1/1/2012?
|
store no.2 refers to store_nbr = 2; item weren't sold refers to units = 0; on 1/1/2012 refers to date = '2012-01-01'
|
on 2012/1/1 refers to date = '2012-01-01'; temperature range refers to Subtract (tmax, tmin); station no.1 refers to station_nbr = 1
|
in February 2012 refers to SUBSTR(date, 1, 7) = '2012-02'; earliest sunrise Min(sunrise); station with no more than 1 store refers to station_nbr where Count(store_nbr) = 1
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minimum dew point refers to Min(dewpoint)
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sold on 2012/1/1 refers to date = '2012-01-01'; in store no.1 refers to store_nbr = 1; item sold the best refers to Max(units)
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thickest snowfall refers to Max(snowfall); item refers to item_nbr
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sunrise before 5 Am refers to sunrise < time ('5:00:00')
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during May 2012 refers to SUBSTR(date, 1, 7) = '2012-05'; store number 6 refers to store_nbr = 6; store number 7 refers to store_nbr = 7; average temperature difference = Subtract (Divide (Sum(tavg), Count (date) where the store_nbr = 6), Divide (Sum(tavg), Count(date) where store_nbr = 7))
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store no.19 refers to store_nbr = 19; on 2013/2/24 refers to date = '2013-02-24'; sea level status refers to sealevel
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store 1 refers to store_nbr = 1; highest unit sold refers to Max(units); during rainy day refers to codesum like '%'||'RA'||'%'; item refers to item_nbr
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store no.9 refers to store_nbr = 9; 2012/2/2 refers to date = '2012-02-02'; 2012/2/3 refers to date = '2012-02-03'; average temperature refers to tavg; increase percentage = Divide (Subtract (tavg where date = '2012-02-03', tavg where date = '2012-02-02'), tavg where date = '2012-02-02') * 100
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How many inches of total precipitation was recorded by the weather station of store no.2 on 2012/12/25?
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store no.2 refers to store_nbr = 2; on 2012/12/25 refers to date = '2012-12-25'; total precipitation refers to preciptotal
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sold on 2012/1/1 refers to date = '2012-01-01'; in store no.1 refers to store_nbr = 1; item sold the best refers to Max(units)
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store number 18 refers to store_nbr = 18; store number 19 refers to store_nbr = 19; on 16 September 2022 refers to date = '2022-09-16'; average temperature difference = Subtract(tavg where store_nbr = 18, tavg where store_nbr = 19)
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item no. 5 refers to item_nbr = 5; store no.3 refers to store_nbr = 3; highest max temperature refers to Max(tmax); in 2012 refers to SUBSTR(date, 1, 4) = '2012'; Percentage = Divide (Sum(units where item_nbr = 5), Sum(units)) * 100
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store no. 1 refers to store_nbr = 1; item no. 9 refers to item_nbr = 9; in January refers to SUBSTR(date, 1, 4) = '2012' and SUBSTR(date, 6, 2) = '01'
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thickest snowfall refers to Max(snowfall); item refers to item_nbr
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no.12 store refers to store_nbr = 12; on 2012/5/15 refers to date = '2012-05-15'; station pressure status refers to stnpressure
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item number refers to item_nbr; highest number of units sold refers to Max(units); store no.1 refers to store_nbr = 1; on 1/1/2012 refers to date = '2012-01-01'
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fastest average wind speed refers to Max(avgspeed); number of store refers to count(store_nbr)
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most windy station refers to Max(avgspeed)
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during May 2012 refers to SUBSTR(date, 1, 7) = '2012-05'; store number 6 refers to store_nbr = 6; store number 7 refers to store_nbr = 7; average temperature difference = Subtract (Divide (Sum(tavg), Count (date) where the store_nbr = 6), Divide (Sum(tavg), Count(date) where store_nbr = 7))
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Which weather station does store no.20 belong to?
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store no.20 refers to store_nbr = 20; weather station refers to station_nbr
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item no. 5 refers to item_nbr = 5; store no.3 refers to store_nbr = 3; when the temperature range was the biggest refers to Max(Subtract(tmax, tmin))
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item 1 refers to item_nbr = 1; when the sunset earliest refers to Min(sunset); latest sunset refers to Max(sunset); difference unit sold refers to Subtract(Sum(units where Min(sunset)), Sum(units where Max(sunset)))
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fastest average wind speed refers to Max(avgspeed); number of store refers to count(store_nbr)
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deepest snowfall refers to Max(snowfall); number of stores refers to store_nbr
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item 1 refers to item_nbr = 1; when the average temperature is 83 refers to tavg = 83
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on 2012/1/1 refers to date = '2012-01-01'; temperature range refers to Subtract (tmax, tmin); station no.1 refers to station_nbr = 1
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no.12 store refers to store_nbr = 12; on 2012/5/15 refers to date = '2012-05-15'; station pressure status refers to stnpressure
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station number refers to station_nbr; store 17 refers to store_nbr = 17
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store 35 refers to store_nbr = 35; haze is recorded refers to codesum like '%'||'HZ'||'%'
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store no.6 refers to store_nbr = 6; on 2012/2/15 refers to date = '2012-02-15'; wet-bulb temperature refers to wetbulb
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In March 2014, which weather stations recorded the highest number of days whose temperature is below the 30-year normal?
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in March 2014 refers to substring (date, 1, 4) = '2014' and substring (date, 6, 2) = '03'; temperature is below the 30-year normal refers to depart < 0; highest number of days refers to Max(Count(date))
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store no.20 refers to store_nbr = 20; weather station refers to station_nbr
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store no.2 refers to store_nbr = 2; item weren't sold refers to units = 0; on 1/1/2012 refers to date = '2012-01-01'
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store no.2 refers to store_nbr = 2; on 2012/12/25 refers to date = '2012-12-25'; total precipitation refers to preciptotal
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store no. 1 refers to store_nbr = 1; item no. 9 refers to item_nbr = 9; on 2012/1/1 refers to date = '2012-01-01'
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item 1 refers to item_nbr = 1; when the sunset earliest refers to Min(sunset); latest sunset refers to Max(sunset); difference unit sold refers to Subtract(Sum(units where Min(sunset)), Sum(units where Max(sunset)))
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in February 2012 refers to SUBSTR(date, 1, 7) = '2012-02'; earliest sunrise Min(sunrise); station with no more than 1 store refers to station_nbr where Count(store_nbr) = 1
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thickest snowfall refers to Max(snowfall); item refers to item_nbr
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no.2 store refers to store_nbr = 2; on 2013/2/12 refers to date = '2013-02-12'; code summarization refers to codesum
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item no.5 refers to item_nbr = 5; store no. 3 refers to store_nbr = 3; when the max temperature was highest refers to Max(tmax); in 2012 refers to SUBSTR(date, 1, 4) = '2012'
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snow fell more than 5 inches refers to snowfall > 5
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How many units of item no.5 were sold in store no.3 on average on the days when the max temperature exceeded 90?
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item no. 5 refers to item_nbr = 5; store no.3 refers to store_nbr = 3; when the maximum temperature exceed 90 refers to tmax > 90; average = Divide (Sum(units), Count(date))
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thickest snowfall refers to Max(snowfall); item refers to item_nbr
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store no.20 refers to store_nbr = 20; weather station refers to station_nbr
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station number 1 refers to station_nbr = 1 ; minimum temperature = tmin; maximum temperature = tmax; on 15 January 2012 refers to date = '2012-01-15'
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station no.9 refers to station_nbr = 9; on 2014/1/15 refers to date = '2014/01/15'; result wind speed refers to resultspeed
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item no. 5 refers to item_nbr = 5; store no.3 refers to store_nbr = 3; highest max temperature refers to Max(tmax); in 2012 refers to SUBSTR(date, 1, 4) = '2012'; Percentage = Divide (Sum(units where item_nbr = 5), Sum(units)) * 100
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station with highest number of stores refers to station_nbr where Max(Count(store_nbr)); station refers to station_nbr; in February 2012 refers to substring (date, 1, 7) = '2012-02'; average maximum temperature = Divide(Sum(tmax), 29)
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highest max temperature refers to Max(tmax); store no.3 refers to store_nbr = 3; in 2012 refers to substring (date, 1, 4) = '2012'; sold the best refers to Max(units); ID of the item refers to item_nbr
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store 35 refers to store_nbr = 35; haze is recorded refers to codesum like '%'||'HZ'||'%'
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store number 3 refers to store_nbr = 3; average speed refers to avgspeed; store number 4 refers to store_nbr = 4
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sunrise before 5 Am refers to sunrise < time ('5:00:00')
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Show the sea level status recorded by the weather station of store no.19 on 2013/2/24.
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store no.19 refers to store_nbr = 19; on 2013/2/24 refers to date = '2013-02-24'; sea level status refers to sealevel
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store no.6 refers to store_nbr = 6; on 2012/2/15 refers to date = '2012-02-15'; wet-bulb temperature refers to wetbulb
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sunrise before 5 Am refers to sunrise < time ('5:00:00')
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store 35 refers to store_nbr = 35; haze is recorded refers to codesum like '%'||'HZ'||'%'
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station number refers to station_nbr; store 17 refers to store_nbr = 17
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most purchased product refers to Max(units); during the rainy day refers to codesum = RA; in June 2013 refers to SUBSTR(date, 1, 7) = '2013-06'; weather station 9 refers to station_nbr = 9; product refers to item_nbr
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store 1 refers to store_nbr = 1; highest unit sold refers to Max(units); during rainy day refers to codesum like '%'||'RA'||'%'; item refers to item_nbr
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store no. 30 refers to store_nbr = 30; on 2014/2/21 refers to date = '2014-02-21'
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in March 2014 refers to substring (date, 1, 4) = '2014' and substring (date, 6, 2) = '03'; temperature is below the 30-year normal refers to depart < 0; highest number of days refers to Max(Count(date))
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station number 1 refers to station_nbr = 1 ; minimum temperature = tmin; maximum temperature = tmax; on 15 January 2012 refers to date = '2012-01-15'
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store number 18 refers to store_nbr = 18; store number 19 refers to store_nbr = 19; on 16 September 2022 refers to date = '2022-09-16'; average temperature difference = Subtract(tavg where store_nbr = 18, tavg where store_nbr = 19)
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What is the earliest sunrise recorded in the stations with no more than 1 store in February 2012?
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in February 2012 refers to SUBSTR(date, 1, 7) = '2012-02'; earliest sunrise Min(sunrise); station with no more than 1 store refers to station_nbr where Count(store_nbr) = 1
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during May 2012 refers to SUBSTR(date, 1, 7) = '2012-05'; store number 6 refers to store_nbr = 6; store number 7 refers to store_nbr = 7; average temperature difference = Subtract (Divide (Sum(tavg), Count (date) where the store_nbr = 6), Divide (Sum(tavg), Count(date) where store_nbr = 7))
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minimum dew point refers to Min(dewpoint)
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store no.6 refers to store_nbr = 6; on 2012/2/15 refers to date = '2012-02-15'; wet-bulb temperature refers to wetbulb
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item no. 5 refers to item_nbr = 5; store no.3 refers to store_nbr = 3; with a total precipitation of over 0.05 refers to preciptotal > 0.05
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sunrise before 5 Am refers to sunrise < time ('5:00:00')
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store no.20 refers to store_nbr = 20; weather station refers to station_nbr
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lowest minimum temperature refers to Min(tmin); store 16 refers to store_nbr = 16; on January 2012 refers to Substring (date, 1, 7) = '2012-01'
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thickest snowfall refers to Max(snowfall); item refers to item_nbr
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most purchased product refers to Max(units); during the rainy day refers to codesum = RA; in June 2013 refers to SUBSTR(date, 1, 7) = '2013-06'; weather station 9 refers to station_nbr = 9; product refers to item_nbr
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store no.2 refers to store_nbr = 2; on 2012/12/25 refers to date = '2012-12-25'; total precipitation refers to preciptotal
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What is the most purchased products during the rainy days in June 2013 in weather station 9?
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most purchased product refers to Max(units); during the rainy day refers to codesum = RA; in June 2013 refers to SUBSTR(date, 1, 7) = '2013-06'; weather station 9 refers to station_nbr = 9; product refers to item_nbr
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store no.2 refers to store_nbr = 2; item weren't sold refers to units = 0; on 1/1/2012 refers to date = '2012-01-01'
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item no.5 refers to item_nbr = 5; store no. 3 refers to store_nbr = 3; when the max temperature was highest refers to Max(tmax); in 2012 refers to SUBSTR(date, 1, 4) = '2012'
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store no. 1 refers to store_nbr = 1; item no. 9 refers to item_nbr = 9; on 2012/1/1 refers to date = '2012-01-01'
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store no.7 refers to tore_nbr = 7; on 2014/4/28 refers to date = '2014-04-28'; temperature range refers to Subtract (tmax, tmin)
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highest max temperature refers to Max(tmax); in 2012 refers to SUBSTR(date, 1, 4) = '2012'; store no.3 refers to store_nbr = 3; had no sale refers to units = 0
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over 100 units refers to units > 100; item no. 5 refers to item_nbr = 5; store no.3 refers to store_nbr = 3; the temperature range was the biggest refers to Max(Subtract(tmax, tmin))
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store no.9 refers to store_nbr = 9; 2012/2/2 refers to date = '2012-02-02'; 2012/2/3 refers to date = '2012-02-03'; average temperature refers to tavg; increase percentage = Divide (Subtract (tavg where date = '2012-02-03', tavg where date = '2012-02-02'), tavg where date = '2012-02-02') * 100
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store no. 1 refers to store_nbr = 1; item no. 9 refers to item_nbr = 9; in January refers to SUBSTR(date, 1, 4) = '2012' and SUBSTR(date, 6, 2) = '01'
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during May 2012 refers to SUBSTR(date, 1, 7) = '2012-05'; store number 6 refers to store_nbr = 6; store number 7 refers to store_nbr = 7; average temperature difference = Subtract (Divide (Sum(tavg), Count (date) where the store_nbr = 6), Divide (Sum(tavg), Count(date) where store_nbr = 7))
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in February 2012 refers to SUBSTR(date, 1, 7) = '2012-02'; earliest sunrise Min(sunrise); station with no more than 1 store refers to station_nbr where Count(store_nbr) = 1
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What is the maximum and minimum temperature for station number 1 on 15 January 2012?
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station number 1 refers to station_nbr = 1 ; minimum temperature = tmin; maximum temperature = tmax; on 15 January 2012 refers to date = '2012-01-15'
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store no.7 refers to tore_nbr = 7; on 2014/4/28 refers to date = '2014-04-28'; temperature range refers to Subtract (tmax, tmin)
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no.2 store refers to store_nbr = 2; on 2013/2/12 refers to date = '2013-02-12'; code summarization refers to codesum
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lowest minimum temperature refers to Min(tmin); store 16 refers to store_nbr = 16; on January 2012 refers to Substring (date, 1, 7) = '2012-01'
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store number 18 refers to store_nbr = 18; store number 19 refers to store_nbr = 19; on 16 September 2022 refers to date = '2022-09-16'; average temperature difference = Subtract(tavg where store_nbr = 18, tavg where store_nbr = 19)
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station with highest number of stores refers to station_nbr where Max(Count(store_nbr)); station refers to station_nbr; in February 2012 refers to substring (date, 1, 7) = '2012-02'; average maximum temperature = Divide(Sum(tmax), 29)
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store no. 30 refers to store_nbr = 30; on 2014/2/21 refers to date = '2014-02-21'
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item number refers to item_nbr; highest number of units sold refers to Max(units); store no.1 refers to store_nbr = 1; on 1/1/2012 refers to date = '2012-01-01'
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most purchased product refers to Max(units); during the rainy day refers to codesum = RA; in June 2013 refers to SUBSTR(date, 1, 7) = '2013-06'; weather station 9 refers to station_nbr = 9; product refers to item_nbr
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highest max temperature refers to Max(tmax); in 2012 refers to SUBSTR(date, 1, 4) = '2012'; store no.3 refers to store_nbr = 3; had no sale refers to units = 0
|
fastest average wind speed refers to Max(avgspeed); number of store refers to count(store_nbr)
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What is the sea level and average speed for store number 3 and store number 4?
|
store number 3 refers to store_nbr = 3; average speed refers to avgspeed; store number 4 refers to store_nbr = 4
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item no. 5 refers to item_nbr = 5; store no.3 refers to store_nbr = 3; with a total precipitation of over 0.05 refers to preciptotal > 0.05
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no.12 store refers to store_nbr = 12; on 2012/5/15 refers to date = '2012-05-15'; station pressure status refers to stnpressure
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in March 2014 refers to substring (date, 1, 4) = '2014' and substring (date, 6, 2) = '03'; temperature is below the 30-year normal refers to depart < 0; highest number of days refers to Max(Count(date))
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store no. 1 refers to store_nbr = 1; item no. 9 refers to item_nbr = 9; in January refers to SUBSTR(date, 1, 4) = '2012' and SUBSTR(date, 6, 2) = '01'
|
thickest snowfall refers to Max(snowfall); item refers to item_nbr
|
item no. 5 refers to item_nbr = 5; store no.3 refers to store_nbr = 3; highest max temperature refers to Max(tmax); in 2012 refers to SUBSTR(date, 1, 4) = '2012'; Percentage = Divide (Sum(units where item_nbr = 5), Sum(units)) * 100
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on 2012/1/1 refers to date = '2012-01-01'; temperature range refers to Subtract (tmax, tmin); station no.1 refers to station_nbr = 1
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highest recorded heat refers to Max(heat); station refers to station_nbr
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item 1 refers to item_nbr = 1; when the sunset earliest refers to Min(sunset); latest sunset refers to Max(sunset); difference unit sold refers to Subtract(Sum(units where Min(sunset)), Sum(units where Max(sunset)))
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store number 18 refers to store_nbr = 18; store number 19 refers to store_nbr = 19; on 16 September 2022 refers to date = '2022-09-16'; average temperature difference = Subtract(tavg where store_nbr = 18, tavg where store_nbr = 19)
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