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What city does the business came from where they received a high volume of check-ins from 12 am to 1 am on Saturday.
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12 am refers to opening_time = '12AM'; 1 am refers to closing_time = '1AM'; on Saturday refers to day_of_week = 'Saturday'
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Sunday refers to day_of_week = 'Sunday' where day_id = 1; opened from 9AM to 9PM refers to Business_Hours where opening_time = '9AM' and closing_time = '9PM'; DIVIDE(COUNT(opening_time = '9AM' and closing_time = '9PM' and day_of_week = 'Sunday'), COUNT(opening_time = NOT NULL and closing_time = NOT NULL and day_of_week = 'Sunday')) as percentage;
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running business refers to business where active = 'true';
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Yelp_Business no.1 refers to business_id = 1
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automotive businesses refers to category_name = 'Automotive'; percentage = MULTIPLY(DIVIDE(SUM(category_name = 'Automotive'), COUNT(business_id)), 1.0);
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business number refers to business_id; Scottsdale refers to city = 'Scottsdale'; day number refers to day_id;
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bring their own beer refers to attribute_name = 'BYOB' AND attribute_value = 'TRUE'; Phoenix refers to city = 'Phoenix'; percentage = MULTIPLY(DIVIDE(SUM(city = 'Phoenix'), COUNT(business_id)), 1.0)
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in Arizona refers to state = 'AZ'; closes at 12PM refers to closing_time = '12PM'; on Sundays refers to day_of_week = 'Sunday'
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average star less than 3 stars refers to user_average_stars < 3; in 2012 refers to user_yelping_since_year = 2012
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closed business refers to active = 'false'; in Avondale refers to city = 'Avondale'; 'wonderful experience' rating refers to stars > 3; percentage = divide(count(business_id where stars > 3), count(business_id))*100%
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under the category of "Food" refers to category_name = 'Food'; are good for kids refers to attribute_name = 'Good for Kids' and attribute_value = 'true'
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State the ID number for the attribute named "Accepts Insurance"?
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ID number refers to attribute_id
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in Glendale refers to city = 'Glendale'
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businesses with long length tips refer to business_id where tip_length = 'Long';
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business that accept insurance refers to attribute_name = 'Accepts Insurance' AND attribute_value = 'true'
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Yelp_Business no.1 refers to business_id = 1; on weekends refers to day_of_week = 'Saturday' or day_of_week = 'Sunday'; average business time refers to DIVIDE(SUBTRACT(closing_time, opening_time), 2)
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9 am refers to opening_time = '9AM'; 9 pm refers to closing_time = '9PM'; every Saturday refers to day_of_week = 'Saturday'; location refers to city
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how long was the review refers to review_length; business number refers to business_id; user number refers to user_id;
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short tips refers to tip_length = 'short'; most number of short tips refers to MAX(COUNT(tip_length = 'short')); category refers to category_name;
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active business refers to active = 'true'; 'AZ' is the state; high review count refers to review_count = 'High'
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bars refers to category_name = 'Bars';
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category refers to category_name
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For the business with great experience existed in Sun Lakes city, provide the user ID who gave review on it and user followers.
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with great experience refers to stars = 5
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ID refers to business_id; category of "Diagnostic Imaging" refers to category_name = 'Diagnostic Imaging';
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category of food refers to category_name = 'Food'; calculation = DIVIDE(COUNT(stars > 3), SUM(stars))
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DIVIDE(COUNT(business_id where category_name = 'Food' and opening_time = '7AM' and closing_time = '8PM'), COUNT(business_id where opening_time = '7AM' and closing_time = '8PM')) as percentage;
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average ratings of at least 4 refers to user_average_stars > = 4; no fans or followers refers to user_fans = 'None'; percentage = divide(count(user_id where user_average_stars > = 4 and user_fans = 'None'), sum(user_id where user_average_stars > = 4))*100%
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Tempe is a city; high review count refers to review_count = 'High'
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active business refers to active = 'true'; 'Wi-Fi' is the attribute_name; medium review count refers to review_count = 'Medium'
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beer_and_wine refers to attribute_value = 'beer_and_wine';
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active businesses refers to active = 'true'; attribute of caters refers to attribute_name = 'Caters'
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opening hours refers to opening_time; earlier than 8AM refers to opening_time < '8AM';
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"South Carolina" and "California" are both state; average review stars from users = Divide((Sum(review_stars(state = 'SC')) + Sum(review_stars(state = 'CA'))), Sum(stars))
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What is the total number of active businesses in AZ with a medium review count?
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active businesses refers to active = 'true'; AZ is a state; medium review count refers to review_count = 'Medium'
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active business refers to active = 'true'; Casa Grande refers to city = 'Casa Grande'
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do not provide alcohol refers to attribute_name = 'Alcohol'and attribute_value = 'none'
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business which received the most likes refers to business_id where MAX(likes);
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closing hours refer to closing_time; business days refer to day_id from Business_Hours;
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"Tempe" is the name of city; long review refers to review_length = 'Long'
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attribute numbers refers to attribute_id; related to payment refers to attribute_name like '%payment%';
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high compliments refers to number_of_compliments = 'High'; type in photo refers to compliment_ID = 1
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under the category of "Food" refers to category_name = 'Food'; are good for kids refers to attribute_name = 'Good for Kids' and attribute_value = 'true'
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closed at 8PM refers to closing_time = '8PM';
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closed business refers to active = 'false'; in Avondale refers to city = 'Avondale'; 'wonderful experience' rating refers to stars > 3; percentage = divide(count(business_id where stars > 3), count(business_id))*100%
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Describe ID and active status of the business under category of "Diagnostic Imaging".
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ID refers to business_id; category of "Diagnostic Imaging" refers to category_name = 'Diagnostic Imaging';
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since year 2012 refers to user_yelping_since_year = '2012'
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joined yelp since 2004 refers to user_yelping_since_year = 2004;
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located in Phoenix refers to city = 'Phoenix'; Arizona refers to state = 'AZ'
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highest number of reviews refers to SUBTRACT(MAX(COUNT(business_id), MIN(COUNT(business_id))))
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low compliments refers to number_of_compliments = 'Low'; joined Yelp in 2012 refers to user_yelping_since_year = 2012
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active business refers to active = 'true'; 'Pets' is the category_name
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number of running business refers to COUNT(business_id) where active = 'true'; each review count includes review_count = 'High', review_count = 'Medium', review_count = 'Low';
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opened for 24 hours refers to attribute_name = 'Open 24 Hours' AND attribute_value = 'true'
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running business refers to business where active = 'true';
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long tip refers to tip_length = 'Long'; 2 likes refers to likes = 2; high number of fans refers to user_fans = 'High'
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Calculate the percentage of users with a high number of fans who were elite in 2011.
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users with a high number of fans refers to user_fans = 'High'; 2011 refers to actual_year = 2011; Calculation = DIVIDE(Elite.user_id where user_fans = 'High' AND actual_year = 2011, Elite.user_id where actual_year = 2011) * 100
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Yelp user refers to user_id; average 5-star rating refers to user_average_stars = 5; yelping the longest refers to min(user_yelping_since_year)
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inactive business refers to active = 'FALSE'; 'AZ' is the state; 'Phoenix' is the name of city; medium review count refers to review_count = 'Medium'; 3.5 stars refers to stars = 3.5
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closed at 8PM refers to closing_time = '8PM';
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long reviews refers to review_length = 'Long'; medium number of useful votes refers to review_votes_useful = 'medium';
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operating hours refers to opening_time closing_time on day_id; in Black Canyon City refers to city = 'Black Canyon City'; greater than average refers to review_count > AVG(T1.review_count)
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number of useful votes refers to review_votes_useful; business number refers to business_id;
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elite user for consecutively 5 years or more refers to user_id COUNT(year_id) > 5; Average star = AVG(likes)
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5 star reviews refers to review_stars = 5; business No. refers to business_id;
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year the user join the Yelp refers to user_yelping_since_year; star reviews refers to review_stars;
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shopping business refers to category_name = 'Shopping'; opening time before 8AM refers to opening_time < '8AM';
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Find the location of businesses that have business hours from 8 am to 9 pm every Friday.
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location of businesses refers to city and state; business hours from 8 am to 9 pm refers to opening_time = '8AM', closing_time = '9PM'; every Friday refers to day_of_week = 'Friday'
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"Good for Groups" and "Good for Dancing" are attribute_name; active business refers to active = true'
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the most common type of compliments refers to MAX(COUNT(compliment_type))
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"Gilbert" is the name of city; high review count refers to review_count = 'High'
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closed at 8PM refers to closing_time = '8PM';
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active business refers to active = 'true'; 'Scottsdale' is the name of city; stars greater than the 60% of average age of star rating refers to stars > avg(stars) * 60%
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most popular and appealing refers to review_count = 'High' and max(stars); active business refers to active = 'true'; in Gilbert refers to city = 'Gilbert'
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average review = Divide(Count(user_id), Count(business_id))
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1 pm refers to opening_time = '1PM'; 6 pm refers to closing_time = '6PM'; on Saturday refers to day_of_week = 'Saturday'
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medium refers to number_of_compliments = 'Medium';
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"Local Services" is the category_name; less than 3 stars refers to stars < 3; percentage = Divide(Count(business_id(stars < 3)), Count(business_id)) * 100
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How many businesses are registered in the database under 'Banks & Credit Unions' category?
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category refers to category_name
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user yelping since 2010 to 2012 refers to user_yelping_since_year > = '2010' AND user_yelping_since_year < '2013'; low fans refers to user_fans = 'Low'
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percentage refers to DIVIDE(COUNT(attribute_name = 'Accepts Credit Cards'), COUNT(business_id))*100%
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in Arizona refers to state = 'AZ'; closes at 12PM refers to closing_time = '12PM'; on Sundays refers to day_of_week = 'Sunday'
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1 pm refers to opening_time = '1PM'; 6 pm refers to closing_time = '6PM'; on Saturday refers to day_of_week = 'Saturday'
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the most reviews refer to MAX(user_id);
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can be attributed to 'Good for Kids' refers to attribute_name = 'Good for Kids' and attribute_value = 'true'
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Yelp_Business no.1 refers to business_id = 1; on weekends refers to day_of_week = 'Saturday' or day_of_week = 'Sunday'; average business time refers to DIVIDE(SUBTRACT(closing_time, opening_time), 2)
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long reviews refers to review_length = 'long'; most number of long reviews refers to MAX(COUNT(review_length = 'long')); average ratings = AVG(review_stars);
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;
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year has the most elite users refers to year_id with MAX(user_id);
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Among the active businesses located at Chandler, AZ, list the category and atrributes of business with a medium review count.
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active businesses refers to active = 'true'; located at Chandler, AZ refers to city = 'Chandler', state = 'AZ'; category refers to category_name; atrributes refers to attribute_name
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business time of longer than 12 hours refers to subtract(closing_time, opening_time) > 12; on Sundays refers to day_of_week = 'Sunday'
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category refers to category_name
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joined yelp since 2004 refers to user_yelping_since_year = 2004;
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average star less than 3 stars refers to user_average_stars < 3; in 2012 refers to user_yelping_since_year = 2012
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operating hours refers to opening_time closing_time on day_id; in Black Canyon City refers to city = 'Black Canyon City'; greater than average refers to review_count > AVG(T1.review_count)
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12 am refers to opening_time = '12AM'; 1 am refers to closing_time = '1AM'; on Saturday refers to day_of_week = 'Saturday'
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user No. refers to user_id;
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opening hours refers to opening_time; earlier than 8AM refers to opening_time < '8AM';
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more appealing to users refers to MAX(review_count);
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do not provide alcohol refers to attribute_name = 'Alcohol'and attribute_value = 'none'
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For the Yelp business in "Tempe" city which got "3.5" stars and review count as "Uber", how many "long" reviews did it get?
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"Tempe" is the name of city; long review refers to review_length = 'Long'
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state refers to city
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highest number of reviews refers to SUBTRACT(MAX(COUNT(business_id), MIN(COUNT(business_id))))
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business category refers to category_name; most 5 star reviews refers to MAX(COUNT(category_name WHERE star_reviews = 5));
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medium refers to number_of_compliments = 'Medium';
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in Mesa refers to city = 'Mesa'; alcohol attribute refers to attribute_name = 'Alcohol'
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with great experience refers to stars = 5
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5 star reviews refers to review_stars = 5; business No. refers to business_id;
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average good review refers to review_count > = 3; Arizona refers to state = 'AZ'; business category refers to category_name
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9 am refers to opening_time = '9AM'; 9 pm refers to closing_time = '9PM'; every Saturday refers to day_of_week = 'Saturday'; location refers to city
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business number refers to business_id; Scottsdale refers to city = 'Scottsdale'; day number refers to day_id;
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List all the businesses that closed at 8PM.
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closed at 8PM refers to closing_time = '8PM';
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average ratings of at least 4 refers to user_average_stars > = 4; no fans or followers refers to user_fans = 'None'; percentage = divide(count(user_id where user_average_stars > = 4 and user_fans = 'None'), sum(user_id where user_average_stars > = 4))*100%
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types of music refers to attribute_name LIKE '%music%' WHERE attribute_value = 'true'; business No. refers to business_id;
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AZ refers to state = 'AZ'; stars < 3;
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active businesses refers to active = 'true'; located at Chandler, AZ refers to city = 'Chandler', state = 'AZ'; category refers to category_name; atrributes refers to attribute_name
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drive-thru refers to attribute_name = 'Drive-Thru' AND attribute_value = 'true'; Scottsdale refers to city = 'Scottsdale'; business_id < 1000;
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category refers to category_name; highest review stars refers to max(review_stars); business ID from 6 to 9 refers to business_id between 6 and 9
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opened for 24/7 refers to Business_Hours WHERE opening_time = closing_time and business_id COUNT(day_id) = 7; business attribute refers to attribute_name
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the most reviews refer to MAX(user_id);
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Arizona refers to state = 'AZ'; still running refers to active = 'true';
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music_karaoke attribute refers to attribute_name = 'music_karaoke' AND attribute_value = 'true'; businesses are closed refers to active = 'false'
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How many of the users who use a high number of compliments do not have any fans?
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do not have fans refers to user_fans = 'None'; high number of compliment refers to number_of_compliments = 'High'
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under the category "Food" refers to category_name = 'Food'
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DIVIDE(COUNT(business_id where category_name = 'Food' and opening_time = '7AM' and closing_time = '8PM'), COUNT(business_id where opening_time = '7AM' and closing_time = '8PM')) as percentage;
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posted more than 10 reviews refers to count(Reviews.user_id) > 10
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actively running refers to active = 'true';
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opened during late afternoon refers to Business_Hours where opening_time ≥ '5PM'; active businesses refer to business_id where active = 'true';
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;
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user numbers refers to user_id; Uber number refers to number_of_compliments = 'Uber'; cute compliments refers to compliment_type = 'cute';
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ratio = divide(count(business_id where category_name = 'Shopping'), count(business_id where category_name = 'Pets'))
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users refer to user_id; uber votes for all of the review category refer to review_votes_funny = 'uber' AND review_votes_useful = 'uber' AND review_votes_cool = 'uber';
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"Scottsdale" is the name of city; high review count refers to review_count = 'High'; attribute of the business refers to attribute_name
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How many users have uber review votes for funny from the fans?
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users refer to user_id; review_votes_funny = 'uber';
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5-star refers to stars = 5; in Ahwatukee refers to city = 'Ahwatukee'; business category refers to category_name
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category refers to category_name; highest review stars refers to max(review_stars); business ID from 6 to 9 refers to business_id between 6 and 9
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the most common type of compliments refers to MAX(COUNT(compliment_type))
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running business refers to business where active = 'true';
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categories refers to category_name; closes at 12PM refers to closing_time = '12PM'; on Sundays refers to day_of_week = 'Sunday'
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Yelp_Business no.1 refers to business_id = 1
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active business refers to active = 'true'; 'Scottsdale' is the name of city; stars greater than the 60% of average age of star rating refers to stars > avg(stars) * 60%
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user No. refers to user_id; short tip refers to tip_length = 'short'; category refers to category_name;
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"Scottsdale" is the name of city; high review count refers to review_count = 'High'; attribute of the business refers to attribute_name
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5 in the Elitestar rating refers to stars = 5;
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Which actively running Yelp business in "Gilbert" has got the most reviews? Give the business id.
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actively running business refers to active = 'true'; 'Gilbert' is the name of city; most review refers to review_count = 'Uber'
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business number refers to business_id; Scottsdale refers to city = 'Scottsdale'; day number refers to day_id;
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businesses in "Pets" category refers to category_name = 'Pets'; percentage refers to DIVIDE(COUNT(category_name = 'Pets'), COUNT(business_id)) * 100%
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low compliments refers to number_of_compliments = 'Low'; joined Yelp in 2012 refers to user_yelping_since_year = 2012
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rating more than 2 refers to stars > 2;
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medium length of review refers to review_length = 'Medium'
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average star less than 3 stars refers to user_average_stars < 3; in 2012 refers to user_yelping_since_year = 2012
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the most common type of compliments refers to MAX(COUNT(compliment_type))
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business which received the most likes refers to business_id where MAX(likes);
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posted more than 10 reviews refers to count(Reviews.user_id) > 10
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active business refers to active = 'true'; category of Fashion refers to category = 'Fashion'
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When does Yelp_Business no.1 open on Tuesdays?
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Yelp_Business no.1 refers to business_id = 1; open on refers to opening_time; Tuesdays refers to day_of_week = 'Tuesday'
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medium tip length refers to tip_length = 'Medium'; percentage = divide(count(tips where tip_length = 'Medium'), count(tips))*100%; the time when users join Yelp refers to user_yelping_since_year
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year with yelp = Subtract ('%Y'(CURRENT TIME), user_yelping_since_year)
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"Gilbert" is the name of city; highest star rating refers to Max(stars)
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active businesses refers to active = 'true'; AZ is a state; medium review count refers to review_count = 'Medium'
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on Sunday refers to day_of_week = 'Sunday'
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business that accept insurance refers to attribute_name = 'Accepts Insurance' AND attribute_value = 'true'
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business no. 14033 refers to business_id = 14033; good for supper refers to attribute_name = 'good_for_dinner'
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became an elite user the same year they joined Yelp refers to user_yelping_since_year = year_id
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ratio = divide(count(business_id where category_name = 'Shopping'), count(business_id where category_name = 'Pets'))
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long refers to review_length = 'Long';
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Among the users who received high compliments from other users, which users joined Yelp earliest?
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high compliments refers to number_of_compliments = ' High'; joined Yelp earliest refers to min(user_yelping_since_year)
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categories refers to category_name
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"Local Services" is the category_name; less than 3 stars refers to stars < 3; percentage = Divide(Count(business_id(stars < 3)), Count(business_id)) * 100
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uber number of fans refers to user_fans = 'uber';
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in Tempe refers to city = 'Tempe'; rated as 'Wonderful experience refers to stars > 3
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9 am refers to opening_time = '9AM'; 9 pm refers to closing_time = '9PM'; every Saturday refers to day_of_week = 'Saturday'; location refers to city
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operating hours refers to opening_time closing_time on day_id; in Black Canyon City refers to city = 'Black Canyon City'; greater than average refers to review_count > AVG(T1.review_count)
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business number refers to business_id; Scottsdale refers to city = 'Scottsdale'; day number refers to day_id;
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actively running business refers to active = 'true'; 'Gilbert' is the name of city; most review refers to review_count = 'Uber'
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photos type compliment refers to compliment_type = 'photos'; high cool votes refers to review_votes_cool = 'High'
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type of compliments refers to compliment_type; most number of funny type of compliments refers to MAX(COUNT(number of compliments = 'high' WHERE compliment_type = 'funny'));
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How many businesses ID sell beer and wine?
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attribute_value = 'beer_and_wine'
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state refers to city
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medium length of review refers to review_length = 'Medium'
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closed business refers to active = 'false'; in Avondale refers to city = 'Avondale'; 'wonderful experience' rating refers to stars > 3; percentage = divide(count(business_id where stars > 3), count(business_id))*100%
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bring their own beer refers to attribute_name = 'BYOB' AND attribute_value = 'TRUE'; Phoenix refers to city = 'Phoenix'; percentage = MULTIPLY(DIVIDE(SUM(city = 'Phoenix'), COUNT(business_id)), 1.0)
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Yelp_Business no.1 refers to business_id = 1
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Scottsdale refers to city = 'Scottsdale'; positive comments refers to stars > 3; Elitestar rating refers to stars;
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business that accept insurance refers to attribute_name = 'Accepts Insurance' AND attribute_value = 'true'
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open businesses refers to active = 'true'; long review refers to review_length = 'Long'
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active businesses refers to active = 'true'; attribute of caters refers to attribute_name = 'Caters'
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user's compliment in photo refers to compliment_type = 'photo'; photo has medium in number refers to number_of_compliments = 'Medium'
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Write down the ID, active status and city of the business which are in CA state.
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the ID refers to business_id; active status refers to active; active = 'true' means the business is still running; active = 'false' means the business is closed or not running now
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closed at 8PM refers to closing_time = '8PM';
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Women's clothing refers to category_name = 'Women''s Clothing'; Men's clothing refers to category_name = 'Men''s Clothing'; percentage more = MULTIPLY(DIVIDE(SUBTRACT(SUM(category_name = 'Women''s Clothing'), SUM(category_name = 'Men''s Clothing')), COUNT(business_id)), 1.0);
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categories refers to category_name; closes at 12PM refers to closing_time = '12PM'; on Sundays refers to day_of_week = 'Sunday'
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AZ refers to state = 'AZ'; stars < 3;
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Arizona refers to state = 'AZ';
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location of businesses refers to city and state; business hours from 8 am to 9 pm refers to opening_time = '8AM', closing_time = '9PM'; every Friday refers to day_of_week = 'Friday'
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1 pm refers to opening_time = '1PM'; 6 pm refers to closing_time = '6PM'; on Saturday refers to day_of_week = 'Saturday'
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opening hours refers to opening_time; earlier than 8AM refers to opening_time < '8AM';
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the most reviews refer to MAX(user_id);
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ID number refers to attribute_id
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Please indicate the business id have the closing time with the category of Arts & Entertainment on Sunday.
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Sunday refers to day_of_week = 'Sunday' where day_id = 1; category of Arts & Entertainment refers to category_name = 'Arts & Entertainment';
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without attribute refers to attribute_value = 'None'; in Gilbert refers to city = 'Gilbert'
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in Chandelier refers to city = 'Chandelier'; percentage = divide(count(business_id where review_votes_funny = 'Low'), count(business_id)); business with low funny votes refers to review_votes_funny = 'Low'
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on Sunday refers to day_of_week = 'Sunday'
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active business refers to active = 'true'; 'Scottsdale' is the name of city; stars greater than the 60% of average age of star rating refers to stars > avg(stars) * 60%
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state refers to city
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average good review refers to review_count > = 3; Arizona refers to state = 'AZ'; business category refers to category_name
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active business refers to active = 'true'; 'Wi-Fi' is the attribute_name; medium review count refers to review_count = 'Medium'
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days from Monday to Saturday refer to day_id between 2 and 7; work the most days can be computed as MAX(COUNT(category_name where day_id between 2 and 7));
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ID number refers to attribute_id
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most popular and appealing refers to review_count = 'High' and max(stars); active business refers to active = 'true'; in Gilbert refers to city = 'Gilbert'
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How many businesses in Tempe are rated as 'Wonderful experience?
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in Tempe refers to city = 'Tempe'; rated as 'Wonderful experience refers to stars > 3
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located in "Phoenix" refers to city = 'Phoenix'; received a "5" star review refers to review_stars = '5'; "uber" number of votes for funny refers to review_votes_funny = 'Uber'
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category refers to category_name; highest review stars refers to max(review_stars); business ID from 6 to 9 refers to business_id between 6 and 9
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medium reviews refers to review_length = 'Medium';
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beer_and_wine refers to attribute_value = 'beer_and_wine';
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became an elite user the same year they joined Yelp refers to user_yelping_since_year = year_id
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Arizona refers to state = 'AZ'; Elitestar rating of over 4 refers to stars > 4;
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still running refers to active = 'true'; opened from 8AM to 6PM refers to opening_time = '8AM' AND closing_time = '6PM';
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"Hotel & Travel" is the category_name; most review refers to Max(Count(category_id)); Average star per user = Divide (Sum (review_stars), Count(user_id))
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attribute name which start with "music" refers to attribute_name LIKE 'music%'
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can be attributed to 'Good for Kids' refers to attribute_name = 'Good for Kids' and attribute_value = 'true'
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What is the percentage for the Yelp businesses in "Pets" category of all businesses?
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businesses in "Pets" category refers to category_name = 'Pets'; percentage refers to DIVIDE(COUNT(category_name = 'Pets'), COUNT(business_id)) * 100%
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medium reviews refers to review_length = 'Medium';
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drive-thru refers to attribute_name = 'Drive-Thru' AND attribute_value = 'true'; Scottsdale refers to city = 'Scottsdale'; business_id < 1000;
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ratio = divide(count(business_id where category_name = 'Shopping'), count(business_id where category_name = 'Pets'))
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active businesses refers to active = 'true'; AZ is a state; medium review count refers to review_count = 'Medium'
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active businesses refers to active = 'true'; attribute of caters refers to attribute_name = 'Caters'
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high review count refers to review_count = 'High'; received 2 stars refers to stars = 2; category refers to category_name
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'Phoenix' is the city; waiter service refers to attribute_name = 'waiter_services'
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long refers to review_length = 'Long';
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active business ID refers to active = 'true'; categories refers to category_name; Glendale is a city; AZ is a state
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"Good for Kids" attribute refers to attribute_name = 'Good for Kids' AND attribute_value = 'true'; Calculation = DIVIDE(SUM(attribute_name = 'Good for Kids' AND attribute_value = 'true')), SUM(business_id) * 100
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Calculate the percentage of businesses with the category name food that are open from 7AM to 8PM in the businesses with the same time.
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DIVIDE(COUNT(business_id where category_name = 'Food' and opening_time = '7AM' and closing_time = '8PM'), COUNT(business_id where opening_time = '7AM' and closing_time = '8PM')) as percentage;
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drive-thru refers to attribute_name = 'Drive-Thru' AND attribute_value = 'true'; Scottsdale refers to city = 'Scottsdale'; business_id < 1000;
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actively running refers to active = 'TRUE'; Tolleson refers to city = 'Tolleson';
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business no. 14033 refers to business_id = 14033; good for supper refers to attribute_name = 'good_for_dinner'
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active businesses in Arizona refer to business_id where state = 'Arizona' and active = 'true'; work after 12PM refer to opening_time > '12PM';
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opened from 8AM to 6PM refers to Business_Hours where opening_time = '8AM' and closing_time = '6PM'; days refer to day_id;
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location of businesses refers to city and state; business hours from 8 am to 9 pm refers to opening_time = '8AM', closing_time = '9PM'; every Friday refers to day_of_week = 'Friday'
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Chinese refers to category_name = 'Chinese'; Filipino refers to category_name = 'Filipino'; how many more = SUBTRACT(SUM(category_name = 'Chinese'), SUM(category_name = 'Filipino'));
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bring their own beer refers to attribute_name = 'BYOB' AND attribute_value = 'TRUE'; Phoenix refers to city = 'Phoenix'; percentage = MULTIPLY(DIVIDE(SUM(city = 'Phoenix'), COUNT(business_id)), 1.0)
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shopping business refers to category_name = 'Shopping'; opening time before 8AM refers to opening_time < '8AM';
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DIVIDE(COUNT(business_id where review_count = 'Low' and active = 'true'), COUNT(business_id where review_count = 'Low' and active = 'false'));
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How many of the busineses are in Casa Grande?
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in Casa Grande refers to city = 'Casa Grande'
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shopping business refers to category_name = 'Shopping'; opening time before 8AM refers to opening_time < '8AM';
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category refers to category_name; highest review stars refers to max(review_stars); business ID from 6 to 9 refers to business_id between 6 and 9
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how much time does this business open refers to SUBTRACT(closing_time, opening_time); DIVIDE(SUM(SUBTRACT(closing_time, opening_time)), SUM(Business.business_id))
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opened for 24/7 refers to Business_Hours WHERE opening_time = closing_time and business_id COUNT(day_id) = 7; business attribute refers to attribute_name
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opening hours refers to opening_time; earlier than 8AM refers to opening_time < '8AM';
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medium length tip refers to tip_length = 'Medium';
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under the category "Food" refers to category_name = 'Food'
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average review = Divide(Count(user_id), Count(business_id))
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user no.3 refers to user_id = 3; in Arizona refers to state = 'AZ'; stars on average = avg(review_stars(user_id = 3))
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in Arizona refers to state = 'AZ'; user no. 3 refers to user_id = 3
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Calculate the percentage of business with attribute name of "Accepts Credit Cards".
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percentage refers to DIVIDE(COUNT(attribute_name = 'Accepts Credit Cards'), COUNT(business_id))*100%
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cool compliments refers to compliment_type = 'cool'; user number refers to user_id;
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AVG(user_yelping_since_year) where user_id from Elite;
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close after 8PM refers to closing_time = '9PM' or closing_time = '10PM' closing_time = '11PM' closing_time = '12PM'; Mondays refers to day_of_week = 'Monday'
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active business refers to active = 'true'; 'Pets' is the category_name
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opening hours before 7AM refer to opening_time < '7AM'; businesses refer to business_id;
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"Good for Kids" attribute refers to attribute_name = 'Good for Kids' AND attribute_value = 'true'; Calculation = DIVIDE(SUM(attribute_name = 'Good for Kids' AND attribute_value = 'true')), SUM(business_id) * 100
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opened from 8AM to 6PM refers to Business_Hours where opening_time = '8AM' and closing_time = '6PM'; days refer to day_id;
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started using Yelp since 2004 refers to user_yelping_since_year = '2004'; had high followers refers to user_fans = 'High'
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"Tempe" is the name of city; long review refers to review_length = 'Long'
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category of food refers to category_name = 'Food'; calculation = DIVIDE(COUNT(stars > 3), SUM(stars))
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Identify the most popular and appealing active business in Gilbert based on users' reviews.
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most popular and appealing refers to review_count = 'High' and max(stars); active business refers to active = 'true'; in Gilbert refers to city = 'Gilbert'
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category of businesses refers to category_name; stars ratings are 5 refers to stars = 5
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bring their own beer refers to attribute_name = 'BYOB' AND attribute_value = 'TRUE'; Phoenix refers to city = 'Phoenix'; percentage = MULTIPLY(DIVIDE(SUM(city = 'Phoenix'), COUNT(business_id)), 1.0)
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1 pm refers to opening_time = '1PM'; 6 pm refers to closing_time = '6PM'; on Saturday refers to day_of_week = 'Saturday'
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"Shopping Centers" is the category_name; high review count refers to review_count = 'High'
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business no. 14033 refers to business_id = 14033; good for supper refers to attribute_name = 'good_for_dinner'
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active business refers to active = 'true'; 'AZ' is the state; high review count refers to review_count = 'High'
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active business refers to active = 'true': 'Mesa' is the name of city; 'AZ' is the state; low review count refers to review_count = 'Low'; category refers to category_name
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ratio = divide(count(business_id where category_name = 'Shopping'), count(business_id where category_name = 'Pets'))
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active business refers to active = 'true'; category of Fashion refers to category = 'Fashion'
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ID number refers to attribute_id
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How many open businesses in the City of Phoenix have users left a long review?
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open businesses refers to active = 'true'; long review refers to review_length = 'Long'
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high compliments refers to number_of_compliments = ' High'; joined Yelp earliest refers to min(user_yelping_since_year)
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business time of longer than 12 hours refers to subtract(closing_time, opening_time) > 12; on Sundays refers to day_of_week = 'Sunday'
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opened for 24 hours refers to attribute_name = 'Open 24 Hours' AND attribute_value = 'true'
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with great experience refers to stars = 5
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business that accept insurance refers to attribute_name = 'Accepts Insurance' AND attribute_value = 'true'
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categories refers to category_name
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in Mesa refers to city = 'Mesa'; alcohol attribute refers to attribute_name = 'Alcohol'
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type of compliments refers to compliment_type; user No. refers to user_id;
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year with yelp = Subtract ('%Y'(CURRENT TIME), user_yelping_since_year)
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in Chandelier refers to city = 'Chandelier'; percentage = divide(count(business_id where review_votes_funny = 'Low'), count(business_id)); business with low funny votes refers to review_votes_funny = 'Low'
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Please list any two user numbers that have an "Uber" number of cute compliments.
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user numbers refers to user_id; Uber number refers to number_of_compliments = 'Uber'; cute compliments refers to compliment_type = 'cute';
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"Gilbert" is the name of city; high review count refers to review_count = 'High'
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cool compliments refers to compliment_type = 'cool'; user number refers to user_id;
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long reviews refers to review_length = 'long'; most number of long reviews refers to MAX(COUNT(review_length = 'long')); category refers to category_name;
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business No. refers to business_id; have TV refers to attribute_name = 'Has TV';
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10 am refers to opening_time = '10AM'; 12 pm refers to closing_time = '12PM'; on Sunday refers to day_of_week = 'Sunday'
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business that accept insurance refers to attribute_name = 'Accepts Insurance' AND attribute_value = 'true'
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in Casa Grande refers to city = 'Casa Grande'
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active businesses refers to active = 'true'; in Tempe refers to city = 'Tempe'; with stars greater than the 70% of average age of star rating refers to stars > DIVIDE(sum(stars), COUNT(business_id)) * 70%
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opening times of 7AM and closing times of 8PM refer to Business_Hours where opening_time = '7AM' and closing_time = '8PM'; active business refers to business_id where active = 'true';
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drive-thru refers to attribute_name = 'Drive-Thru' AND attribute_value = 'true'; Scottsdale refers to city = 'Scottsdale'; business_id < 1000;
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For the Yelp business which had the most number of "long" reviews, which category does it belong to?
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long reviews refers to review_length = 'long'; most number of long reviews refers to MAX(COUNT(review_length = 'long')); category refers to category_name;
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best elite refers to user_average_stars = 5; worse eliter refers to user_average_stars = 1: in 2013 refers to year_id = 2013; ratio = Divide(Count(user_id(user_average_stars = 5)), Count(user_id(user_average_stars = 1)))
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active business refers to active = 'true'; not in Arizona refers to state ! = 'AZ'; category refers to category_name
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rating more than 2 refers to stars > 2;
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attribute numbers refers to attribute_id; related to payment refers to attribute_name like '%payment%';
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medium refers to number_of_compliments = 'Medium';
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5 in the Elitestar rating refers to stars = 5;
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medium tip length refers to tip_length = 'Medium'; percentage = divide(count(tips where tip_length = 'Medium'), count(tips))*100%; the time when users join Yelp refers to user_yelping_since_year
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"ambience_romantic" attribute refers to attribute_name = 'ambience_romantic' AND attribute_value = 'true'
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"Local Services" is the category_name; less than 3 stars refers to stars < 3; percentage = Divide(Count(business_id(stars < 3)), Count(business_id)) * 100
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good for kids refers to attribute_name = 'Good for Kids' and attribute_value = 'true'
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What is the average rating of inactive businesses?
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rating refers to stars; inactive refers to active = 'False'; average rating of inactive businesses = DIVIDE(SUM(stars), COUNT(business_id));
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located in Phoenix refers to city = 'Phoenix'; Arizona refers to state = 'AZ'
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year the user join the Yelp refers to user_yelping_since_year; most number of short tips refers to MAX(COUNT(tip_length = 'Short'));
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active businesses refers to active = 'true'; in Chandler refers to city = 'Chandler'
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low cool vote for user refers to user_votes_cool = 'Low'; low cool vote for review refers to review_votes_cool = 'Low'
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low number of compliments refers to number_of_compliments = 'Low'; percentage refers to DIVIDE(COUNT(number_of_compliments = 'Low'), COUNT(user_id)) * 100
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operating hours refers to opening_time closing_time on day_id; in Black Canyon City refers to city = 'Black Canyon City'; greater than average refers to review_count > AVG(T1.review_count)
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"Local Services" is the category_name; less than 3 stars refers to stars < 3; percentage = Divide(Count(business_id(stars < 3)), Count(business_id)) * 100
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Yelp user refers to user_id; average 5-star rating refers to user_average_stars = 5; yelping the longest refers to min(user_yelping_since_year)
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short comment refers to tip_length = 'Short'; users who joined in 2010 refer to user_id where user_yelping_since_year = 2010;
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in Arizona refers to state = 'AZ'; closes at 12PM refers to closing_time = '12PM'; on Sundays refers to day_of_week = 'Sunday'
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How many businesses accept insurance?
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business that accept insurance refers to attribute_name = 'Accepts Insurance' AND attribute_value = 'true'
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business no. 14033 refers to business_id = 14033; good for supper refers to attribute_name = 'good_for_dinner'
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business No. refers to business_id; have TV refers to attribute_name = 'Has TV';
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number of useful votes refers to review_votes_useful; business number refers to business_id;
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music_karaoke attribute refers to attribute_name = 'music_karaoke' AND attribute_value = 'true'; businesses are closed refers to active = 'false'
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5 star reviews refers to review_stars = 5; business No. refers to business_id;
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under the category "Food" refers to category_name = 'Food'
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open businesses refers to active = 'true'; long review refers to review_length = 'Long'
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more appealing to users refers to MAX(review_count);
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drive-thru refers to attribute_name = 'Drive-Thru' AND attribute_value = 'true'; Scottsdale refers to city = 'Scottsdale'; business_id < 1000;
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users refer to user_id; review_votes_funny = 'uber';
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Please give the order number and product name of the order which has the lowest unit price.
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the lowest unit price refers to MIN(Unit Price);
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"California" is the name of State; in store refers to Sales Channel = 'In-Store'; 20% discount refers to Discount Applied = '0.2'
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highest net profit = Max(Subtract (Unit Price, Unit Cost)); name of product refers to Product Name
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total orders of over 3 in 2018 refer to COUNT(OrderNumber) > 3 where SUBSTR(OrderDate, -2) = '18';
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Medline is the name of the customer; DIVIDE(COUNT(OrderNumber where Sales Channel = 'In-Store' and Customer Names = 'Medline'), COUNT(OrderNumber where Customer Names = 'Medline')) as percentage;
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total orders refer to COUNT(OrderNumber); 2020 refers to SUBSTR(OrderDate, -2) = '20';
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shipped refers to ShipDate; in 2019 refers to shipped in 2019 refers to SUBSTR(ShipDate, -2) = '19'; order in the said year refers to SUBSTR(OrderDate, -2) = '19'; highest number of order refers to Max(Count(OrderNumber))
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ordered on 10/21/18 refers to OrderDate = '10/21/18'; delivered on 11/21/19 refers to DeliveryDate = '11/21/19'; name of product refers to Product Name
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unit cost greater than 4000USD refers to Unit Cost > 4000;
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highest net profit refers to Max(Subtract(Unit Price, Unit Cost)); name of product refers to Product Name
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40% discount refers to Discount Applied = 0.4; in-store channel refers to Sales Channel = 'In-Store'; orders refer to OrderNumber;
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From 2018 to 2020, which year did the George Lewis group have the highest number of orders?
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George Lewis refers to Sales Team; the highest number of orders refers to MAX(COUNT(OrderNumber)); which year from 2018 to 2020 refers to SUBSTR(OrderDate, -2) IN ('18', '19', '20') GROUP BY SUBSTR(OrderDate, -2);
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products refers to Product Name; via wholesale channel refers to Sales Channel = 'Wholesale'
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sale team names refer to Sales Team; the least orders in 2019 refer to MIN(COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '19'));
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ratio can be calculated as DIVIDE(MAX(Unit_Cost)), MIN(Unit Cost);
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Sales Team = 'Stephen Payne'; net profit can be computed as SUBTRACT(Unit Price, Unit Cost); DIVIDE(COUNT(OrderNumber where Sales Team = 'Stephen Payne' and Net Profit > 1000)), (COUNT(OrderNumber where Sales Team = 'Stephen Payne')) as percentage;
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Medline is the name of the customer; DIVIDE(COUNT(OrderNumber where Sales Channel = 'In-Store' and Customer Names = 'Medline'), COUNT(OrderNumber where Customer Names = 'Medline')) as percentage;
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highest net profit = Max(Subtract (Unit Price, Unit Cost)); name of product refers to Product Name
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"Elorac, Corp" is the Customer Names
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less need for products refers to Order Quantity = 1; purchased through a distributor refers to Sales Channel = 'Distributor'; 'Harri County' is the County
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delivered in 2021 refer to DeliveryDate LIKE '%/21'; 'Sundial' is the Customer Names
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"Chandler" is the City Name; orders refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'
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Which product was ordered the most in 2018?
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product refers to Product Name; ordered the most in 2018 refers to MAX(COUNT(OrderNumber)) where SUBSTR(OrderDate, -2) = '18';
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Sales Team = 'Stephen Payne'; net profit can be computed as SUBTRACT(Unit Price, Unit Cost); DIVIDE(COUNT(OrderNumber where Sales Team = 'Stephen Payne' and Net Profit > 1000)), (COUNT(OrderNumber where Sales Team = 'Stephen Payne')) as percentage;
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cities refer to City Name; no water area refers to Water Area = 0;
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applied 10% discount refers to Discount Applied = 0.1;
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net profit can be computed as SUBTRACT(Unit Price, Unit Cost); the greatest net profit in 2020 refers to MAX(net profit) where OrderDate LIKE '%/20';
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WARE-PUJ1005 is the WarehouseCode; fewest times refers to Min (Count(WarehouseCode))
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type of store in City refers to Type = 'City'; highest amount of water area refers to Max(Water Area)
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"Weimei Corp" is the Customer Names; in 2018, 2019 and 2020 refers to SUBSTR (OrderDate, -2) IN ('18', '19', '20') : Average order = Divide (Count (OrderNumber), 3)
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name containing the word 'Group' refers to Customer Names LIKE '%Group%';
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highest net profit refers to Max(Subtract(Unit Price, Unit Cost)); name of product refers to Product Name
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George Lewis refers to Sales Team; the highest number of orders refers to MAX(COUNT(OrderNumber)); which year from 2018 to 2020 refers to SUBSTR(OrderDate, -2) IN ('18', '19', '20') GROUP BY SUBSTR(OrderDate, -2);
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State the order number where Qualitest ordered the highest product quantity.
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Qualitest ordered the highest product quantity refers to Customer Names where MAX(Order Quantity);
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"Distributor" is the Sales Channel; minimum quantity refers to Min(Order Quantity)
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net profit can be computed as SUBTRACT(Unit Price, Unit Cost); the highest net profit in 2019 refers to MAX(Net Profit) where OrderDate LIKE '%/19'; product refers to Product Name;
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number of order refers to OrderNumber; population of 3000000 to 4000000 refers to Population BETWEEN 3000000 AND 4000000
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name of customer refers to Customer Names; from 2018 to 2020 refers to OrderDate between '1/1/2018' and '31/12/2020'; most number of order quantity refers to Order Quantity = 8
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Medsep Group is the name of the customer; orders refer to OrderNumber;
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orders refer to OrderNumber; more than 5 product quantities refer to Order Quantity > 5;
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average land area = Divide (Sum(Land Area), Count(Land Area))
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the highest unit price refers to MAX(Unit Price);
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COUNT(OrderNumber where Product Name = 'Platters') > COUNT(OrderNumber where Product Name = 'Serveware');
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average household income = Divide (Sum(Household Income), Count(City Name)); highest number of store refers to Max(Count(StoreID))
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Which city has the largest population?
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city has the largest population refers to City Name where MAX(Population);
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Product Name = 'Baseball'; December 2017 refers to OrderDate LIKE '12/%/17';
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total order quantity refers to Sum (Order Quantity); 'Candles' is the Products Name; percentage = Divide (Sum(Order Quantity where Product Name = 'Candles'), Sum(Order Quantity)) * 100
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type of store in City refers to Type = 'City'; highest amount of water area refers to Max(Water Area)
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net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bakeware';
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net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
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net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Phones' and Sales Channel = 'Distributor';
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order refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'; January refers to Substr(OrderDate, 1, 1) = '1'; most preferred sales channel refers to Sales Channel where Max(Count(OrderNumber))
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total orders of over 3 in 2018 refer to COUNT(OrderNumber) > 3 where SUBSTR(OrderDate, -2) = '18';
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"Joshua Bennett" is the name of Sales Team
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sales order on 04/04/2020 refers to OrderDate = '4/4/20'; 'New York' is the City Name; percentage = Divide (Sum(OrderNumber where City Name = 'New York'), Count (OrderNumber)) * 100
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Please list the names of customers who have total orders of over 3 in 2018.
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total orders of over 3 in 2018 refer to COUNT(OrderNumber) > 3 where SUBSTR(OrderDate, -2) = '18';
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sale team ID of 18 refers to _SalesTeamID = 18; COUNT(OrderNumber where Sales Channel = 'In-Store') > COUNT(OrderNumber where Sales Channel = 'Online');
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type of store in City refers to Type = 'City'; highest amount of water area refers to Max(Water Area)
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"Midwest" is the Region
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average household income = Divide (Sum(Household Income), Count(City Name)); highest number of store refers to Max(Count(StoreID))
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Latitude and Longitude coordinates can be used to identify the detailed position of stores; id refers to StoreID;
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Rochester Ltd is the name of the customer; all the numbers ordered refer to OrderNumber; 2018 refers to SUBSTR(OrderDate, -2) = '18';
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total order quantity refers to Sum (Order Quantity); 'Candles' is the Products Name; percentage = Divide (Sum(Order Quantity where Product Name = 'Candles'), Sum(Order Quantity)) * 100
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orders online refer to Sales Channel = 'Online';
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most populated refers to Max(Population);
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net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
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Among the products with an order quantity of no less than 5 that was shipped in the month of May 2019, what is the name of the product with the lowest net profit?
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order quantity of no less than 5 refers to Order Quantity > 5; shipped in the month of May 2019 refers to ShipDate LIKE '5/%/19'; lowest net profit = Min(Subtract(Unit Price, Unit Cost)); name of product refers to Products Name
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city has the largest population refers to City Name where MAX(Population);
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net profit can be computed as SUBTRACT(Unit Price, Unit Cost); the highest net profit in 2019 refers to MAX(Net Profit) where OrderDate LIKE '%/19'; product refers to Product Name;
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"WARE-UHY1004" is the WarehouseCode
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"Weimei Corp" is the Customer Names; in 2018, 2019 and 2020 refers to SUBSTR (OrderDate, -2) IN ('18', '19', '20') : Average order = Divide (Count (OrderNumber), 3)
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type of store in City refers to Type = 'City'; highest amount of water area refers to Max(Water Area)
|
Medsep Group is the name of the customer; orders refer to OrderNumber;
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ratio can be calculated as DIVIDE(MAX(Unit_Cost)), MIN(Unit Cost);
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DIVIDE(SUM(Order Quantity where Product Name = 'Ornaments' and OrderDate LIKE '%/18'), 12);
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DIVIDE(COUNT(OrderNumber where County = 'Orange County' and SUBSTR(OrderDate, -2) = '18'), COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '18')) as percentage;
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WARE-PUJ1005 is the WarehouseCode; fewest times refers to Min (Count(WarehouseCode))
|
How many stores procured products on October 27, 2018, in the city of Oregon?
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October 27, 2018 refers to ProcuredDate = '10/27/18'; 'Oregon' is the State
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highest net profit = Max(Subtract (Unit Price, Unit Cost)); name of product refers to Product Name
|
"Weimei Corp" is the Customer Names; in 2018, 2019 and 2020 refers to SUBSTR (OrderDate, -2) IN ('18', '19', '20') : Average order = Divide (Count (OrderNumber), 3)
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in the South refers to Region = 'South'; type of store that is most popular refers to Max(Count(Type))
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sales order on 04/04/2020 refers to OrderDate = '4/4/20'; 'New York' is the City Name; percentage = Divide (Sum(OrderNumber where City Name = 'New York'), Count (OrderNumber)) * 100
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bakeware';
|
"Midwest" is the Region
|
the highest unit price refers to MAX(Unit Price);
|
less need for products refers to Order Quantity = 1; purchased through a distributor refers to Sales Channel = 'Distributor'; 'Harri County' is the County
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bar Tools' and Order Quantity > 5;
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order refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'; January refers to Substr(OrderDate, 1, 1) = '1'; most preferred sales channel refers to Sales Channel where Max(Count(OrderNumber))
|
Please list the id and detailed position of all stores in Birmingham city.
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Latitude and Longitude coordinates can be used to identify the detailed position of stores; id refers to StoreID;
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Rochester Ltd is the name of the customer; all the numbers ordered refer to OrderNumber; 2018 refers to SUBSTR(OrderDate, -2) = '18';
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cities refer to City Name; no water area refers to Water Area = 0;
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COUNT(OrderNumber where Product Name = 'Platters') > COUNT(OrderNumber where Product Name = 'Serveware');
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highest net profit refers to Max(Subtract(Unit Price, Unit Cost)); name of product refers to Product Name
|
"Weimei Corp" is the Customer Names; in 2018, 2019 and 2020 refers to SUBSTR (OrderDate, -2) IN ('18', '19', '20') : Average order = Divide (Count (OrderNumber), 3)
|
products refers to Product Name; via wholesale channel refers to Sales Channel = 'Wholesale'
|
ratio can be calculated as DIVIDE(MAX(Unit_Cost)), MIN(Unit Cost);
|
name containing the word 'Group' refers to Customer Names LIKE '%Group%';
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most populous country refers to Max(Population)
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floral product refers to Product Name = 'Floral'; total net profit = SUM(Subtract(Unit Price, Unit Cost)); delivered in 2021 refers to DeliveryDate LIKE '%/21'
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What is the detailed position of the store which has order SO - 000115?
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Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
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unit cost greater than 4000USD refers to Unit Cost > 4000;
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product refers to Product Name; ordered the most in 2018 refers to MAX(COUNT(OrderNumber)) where SUBSTR(OrderDate, -2) = '18';
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"WARE-MKL1006" is the WarehouseCode; most shipment to region refers to Max(Count(Region))
|
total orders refer to COUNT(OrderNumber); 2020 refers to SUBSTR(OrderDate, -2) = '20';
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number of order refers to OrderNumber; population of 3000000 to 4000000 refers to Population BETWEEN 3000000 AND 4000000
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average household income = Divide (Sum(Household Income), Count(City Name)); highest number of store refers to Max(Count(StoreID))
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products refers to Product Name; via wholesale channel refers to Sales Channel = 'Wholesale'
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Product Name = 'Baseball'; December 2017 refers to OrderDate LIKE '12/%/17';
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sales order on 04/04/2020 refers to OrderDate = '4/4/20'; 'New York' is the City Name; percentage = Divide (Sum(OrderNumber where City Name = 'New York'), Count (OrderNumber)) * 100
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Phones' and Sales Channel = 'Distributor';
|
Calculate the average net profit of phones which have sales channel of distributor.
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net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Phones' and Sales Channel = 'Distributor';
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order quantity greater than 5 refers to Order Quantity > 5
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bakeware';
|
sales order on 04/04/2020 refers to OrderDate = '4/4/20'; 'New York' is the City Name; percentage = Divide (Sum(OrderNumber where City Name = 'New York'), Count (OrderNumber)) * 100
|
"Michigan" is the State
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
|
Rochester Ltd is the name of the customer; orders refer to OrderNumber;
|
ratio can be calculated as DIVIDE(MAX(Unit_Cost)), MIN(Unit Cost);
|
Cookware is the name of the product;
|
delivered in 2021 refer to DeliveryDate LIKE '%/21'; 'Sundial' is the Customer Names
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
|
Among the products sold in Maricopa County, which was the least sold?
|
the least sold product refers to Product Name where MIN(Order Quantity);
|
the most number of sales team refers to MAX(COUNT(Sales Team));
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
products refers to Product Name; via wholesale channel refers to Sales Channel = 'Wholesale'
|
shipped refers to ShipDate; in 2019 refers to shipped in 2019 refers to SUBSTR(ShipDate, -2) = '19'; order in the said year refers to SUBSTR(OrderDate, -2) = '19'; highest number of order refers to Max(Count(OrderNumber))
|
George Lewis refers to Sales Team; the highest number of orders refers to MAX(COUNT(OrderNumber)); which year from 2018 to 2020 refers to SUBSTR(OrderDate, -2) IN ('18', '19', '20') GROUP BY SUBSTR(OrderDate, -2);
|
ordered on 6th June 2018 refers to OrderDate = '6/5/18'
|
Sales Team = 'Stephen Payne'; net profit can be computed as SUBTRACT(Unit Price, Unit Cost); DIVIDE(COUNT(OrderNumber where Sales Team = 'Stephen Payne' and Net Profit > 1000)), (COUNT(OrderNumber where Sales Team = 'Stephen Payne')) as percentage;
|
"Elorac, Corp" is the Customer Names
|
Medsep Group is the name of the customer; orders refer to OrderNumber;
|
COUNT(OrderNumber where Product Name = 'Platters') > COUNT(OrderNumber where Product Name = 'Serveware');
|
Among the sales with 40% discount via in-store channel, how many products were shipped from warehouse code of WARE-NMK1003?
|
40% discount refers to Discount Applied = 0.4; in-store channel refers to Sales Channel = 'In-Store'; orders refer to OrderNumber;
|
total orders refer to COUNT(OrderNumber); 2020 refers to SUBSTR(OrderDate, -2) = '20';
|
"Weimei Corp" is the Customer Names; in 2018, 2019 and 2020 refers to SUBSTR (OrderDate, -2) IN ('18', '19', '20') : Average order = Divide (Count (OrderNumber), 3)
|
products with the ID of 30 to 40 refer to Product Name WHERE ProductID BETWEEN 30 AND 40;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
|
number of order refers to OrderNumber; population of 3000000 to 4000000 refers to Population BETWEEN 3000000 AND 4000000
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bar Tools' and Order Quantity > 5;
|
"Chandler" is the City Name; orders refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'
|
"Apollo Ltd" is the Customer Names; most expensive unit price refers to max(Unit Price)
|
floral product refers to Product Name = 'Floral'; total net profit = SUM(Subtract(Unit Price, Unit Cost)); delivered in 2021 refers to DeliveryDate LIKE '%/21'
|
Medsep Group is the name of the customer; orders refer to OrderNumber;
|
How many Borough-type stores located in the city of Brooklyn have a population of less than 3 million?
|
"Brooklyn" is the CityName; population of less than 3 million refers to Population < 3000000
|
Product Name = 'Baseball'; December 2017 refers to OrderDate LIKE '12/%/17';
|
WARE-PUJ1005 is the WarehouseCode; fewest times refers to Min (Count(WarehouseCode))
|
order quantity of no less than 5 refers to Order Quantity > 5; shipped in the month of May 2019 refers to ShipDate LIKE '5/%/19'; lowest net profit = Min(Subtract(Unit Price, Unit Cost)); name of product refers to Products Name
|
In-Store sales refer to Sales Channel = 'In-Store'; city refers to City Name;
|
Sales Team = 'Stephen Payne'; net profit can be computed as SUBTRACT(Unit Price, Unit Cost); DIVIDE(COUNT(OrderNumber where Sales Team = 'Stephen Payne' and Net Profit > 1000)), (COUNT(OrderNumber where Sales Team = 'Stephen Payne')) as percentage;
|
highest unit price refers to Max(Unit Price)
|
sale team ID of 18 refers to _SalesTeamID = 18; COUNT(OrderNumber where Sales Channel = 'In-Store') > COUNT(OrderNumber where Sales Channel = 'Online');
|
highest unit price refers to Max(Unit Price)
|
shipped refers to ShipDate; in 2019 refers to shipped in 2019 refers to SUBSTR(ShipDate, -2) = '19'; order in the said year refers to SUBSTR(OrderDate, -2) = '19'; highest number of order refers to Max(Count(OrderNumber))
|
name of customer refers to Customer Names; from 2018 to 2020 refers to OrderDate between '1/1/2018' and '31/12/2020'; most number of order quantity refers to Order Quantity = 8
|
Describe the product names delivered in 2021 for the customer "Sundial".
|
delivered in 2021 refer to DeliveryDate LIKE '%/21'; 'Sundial' is the Customer Names
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
average land area = Divide (Sum(Land Area), Count(Land Area))
|
"WARE-UHY1004" is the WarehouseCode
|
the most number of sales team refers to MAX(COUNT(Sales Team));
|
in the South refers to Region = 'South'; type of store that is most popular refers to Max(Count(Type))
|
the highest unit price refers to MAX(Unit Price);
|
ordered on 6th June 2018 refers to OrderDate = '6/5/18'
|
order quantity greater than 5 refers to Order Quantity > 5
|
California is a state; CDP stores refer to StoreID where Type = 'CDP';
|
George Lewis refers to Sales Team; the highest number of orders refers to MAX(COUNT(OrderNumber)); which year from 2018 to 2020 refers to SUBSTR(OrderDate, -2) IN ('18', '19', '20') GROUP BY SUBSTR(OrderDate, -2);
|
Which order number has the highest unit price?
|
the highest unit price refers to MAX(Unit Price);
|
WARE-PUJ1005 is the WarehouseCode; fewest times refers to Min (Count(WarehouseCode))
|
COUNT(OrderNumber where Product Name = 'Platters') > COUNT(OrderNumber where Product Name = 'Serveware');
|
number of order refers to OrderNumber; population of 3000000 to 4000000 refers to Population BETWEEN 3000000 AND 4000000
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); the greatest net profit in 2020 refers to MAX(net profit) where OrderDate LIKE '%/20';
|
DIVIDE(SUM(Order Quantity where Product Name = 'Ornaments' and OrderDate LIKE '%/18'), 12);
|
total orders refer to COUNT(OrderNumber); 2020 refers to SUBSTR(OrderDate, -2) = '20';
|
ratio can be calculated as DIVIDE(MAX(Unit_Cost)), MIN(Unit Cost);
|
cities refer to City Name; no water area refers to Water Area = 0;
|
"Apollo Ltd" is the Customer Names; most expensive unit price refers to max(Unit Price)
|
shipped from Daly City refers to Store Locations where City Name = 'Daly City'; orders refer to OrderNumber;
|
How many stores with less need for products, and purchased through a distributor, are located in Washtenaw County?
|
less need for products refers to Order Quantity = 1; purchased through a distributor refers to Sales Channel = 'Distributor'; 'Harri County' is the County
|
total order quantity refers to Sum (Order Quantity); 'Candles' is the Products Name; percentage = Divide (Sum(Order Quantity where Product Name = 'Candles'), Sum(Order Quantity)) * 100
|
the lowest unit price refers to MIN(Unit Price);
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); the highest net profit in 2019 refers to MAX(Net Profit) where OrderDate LIKE '%/19'; product refers to Product Name;
|
orders online refer to Sales Channel = 'Online';
|
city has the largest population refers to City Name where MAX(Population);
|
highest unit price refers to Max(Unit Price)
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
Rochester Ltd is the name of the customer; all the numbers ordered refer to OrderNumber; 2018 refers to SUBSTR(OrderDate, -2) = '18';
|
Medline is the name of the customer; DIVIDE(COUNT(OrderNumber where Sales Channel = 'In-Store' and Customer Names = 'Medline'), COUNT(OrderNumber where Customer Names = 'Medline')) as percentage;
|
most populated refers to Max(Population);
|
Calculate the total net profit of the store located in highest median income city.
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
|
AVG(Unit Price where Product Name = 'Cookware');
|
delivered in 2021 refer to DeliveryDate LIKE '%/21'; 'Sundial' is the Customer Names
|
average household income = Divide (Sum(Household Income), Count(City Name)); highest number of store refers to Max(Count(StoreID))
|
product refers to Product Name; ordered the most in 2018 refers to MAX(COUNT(OrderNumber)) where SUBSTR(OrderDate, -2) = '18';
|
sale team names refer to Sales Team; the least orders in 2019 refer to MIN(COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '19'));
|
California is a state; CDP stores refer to StoreID where Type = 'CDP';
|
Medline is the name of the customer; DIVIDE(COUNT(OrderNumber where Sales Channel = 'In-Store' and Customer Names = 'Medline'), COUNT(OrderNumber where Customer Names = 'Medline')) as percentage;
|
highest unit price refers to Max(Unit Price)
|
ratio can be calculated as DIVIDE(MAX(Unit_Cost)), MIN(Unit Cost);
|
products refers to Product Name; via wholesale channel refers to Sales Channel = 'Wholesale'
|
Which region has the most number of sales team?
|
the most number of sales team refers to MAX(COUNT(Sales Team));
|
orders refer to OrderNumber;
|
"Chandler" is the City Name; orders refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'
|
number of order refers to OrderNumber; population of 3000000 to 4000000 refers to Population BETWEEN 3000000 AND 4000000
|
Cookware is the name of the product;
|
city has the largest population refers to City Name where MAX(Population);
|
product refers to Product Name; ordered the most in 2018 refers to MAX(COUNT(OrderNumber)) where SUBSTR(OrderDate, -2) = '18';
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); the greatest net profit in 2020 refers to MAX(net profit) where OrderDate LIKE '%/20';
|
highest discount applied refers to Max(Discount Applied)
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
|
"Michigan" is the State
|
List the ID, city, state and region for the store type which is fewer between borough and CDP.
|
COUNT(StoreID) < COUNT(StoreID where Type = 'Borough') < COUNT(StoreID where Type = 'CDP');
|
40% discount refers to Discount Applied = 0.4; in-store channel refers to Sales Channel = 'In-Store'; orders refer to OrderNumber;
|
In-Store sales refer to Sales Channel = 'In-Store'; city refers to City Name;
|
"Weimei Corp" is the Customer Names; in 2018, 2019 and 2020 refers to SUBSTR (OrderDate, -2) IN ('18', '19', '20') : Average order = Divide (Count (OrderNumber), 3)
|
total orders refer to COUNT(OrderNumber); 2020 refers to SUBSTR(OrderDate, -2) = '20';
|
average household income = Divide (Sum(Household Income), Count(City Name)); highest number of store refers to Max(Count(StoreID))
|
Cookware is the name of the product;
|
October 27, 2018 refers to ProcuredDate = '10/27/18'; 'Oregon' is the State
|
delivered in 2021 refer to DeliveryDate LIKE '%/21'; 'Sundial' is the Customer Names
|
type of store in City refers to Type = 'City'; highest amount of water area refers to Max(Water Area)
|
sale team names refer to Sales Team; the least orders in 2019 refer to MIN(COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '19'));
|
Which sales team name has the least orders in 2019?
|
sale team names refer to Sales Team; the least orders in 2019 refer to MIN(COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '19'));
|
Qualitest ordered the highest product quantity refers to Customer Names where MAX(Order Quantity);
|
DIVIDE(COUNT(OrderNumber where County = 'Orange County' and SUBSTR(OrderDate, -2) = '18'), COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '18')) as percentage;
|
"California" is the name of State; in store refers to Sales Channel = 'In-Store'; 20% discount refers to Discount Applied = '0.2'
|
average household income = Divide (Sum(Household Income), Count(City Name)); highest number of store refers to Max(Count(StoreID))
|
the lowest unit price refers to MIN(Unit Price);
|
less need for products refers to Order Quantity = 1; purchased through a distributor refers to Sales Channel = 'Distributor'; 'Harri County' is the County
|
product refers to Product Name; ordered the most in 2018 refers to MAX(COUNT(OrderNumber)) where SUBSTR(OrderDate, -2) = '18';
|
"Distributor" is the Sales Channel; minimum quantity refers to Min(Order Quantity)
|
cities refer to City Name; no water area refers to Water Area = 0;
|
Medsep Group is the name of the customer; orders refer to OrderNumber;
|
What is the percentage of total orders from stores in Orange County in 2018?
|
DIVIDE(COUNT(OrderNumber where County = 'Orange County' and SUBSTR(OrderDate, -2) = '18'), COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '18')) as percentage;
|
COUNT(OrderNumber where Product Name = 'Platters') > COUNT(OrderNumber where Product Name = 'Serveware');
|
Rochester Ltd is the name of the customer; orders refer to OrderNumber;
|
Ole Group is the name of the customer; discount levels applied refer to Discount Applied NOT NULL;
|
all the orders from WARE-NMK1003 refer to OrderNumber where WarehouseCode = 'WARE-NMK1003'; product refers to Product Name;
|
"Brooklyn" is the CityName; population of less than 3 million refers to Population < 3000000
|
total orders of over 3 in 2018 refer to COUNT(OrderNumber) > 3 where SUBSTR(OrderDate, -2) = '18';
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
order refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'; January refers to Substr(OrderDate, 1, 1) = '1'; most preferred sales channel refers to Sales Channel where Max(Count(OrderNumber))
|
average household income = Divide (Sum(Household Income), Count(City Name)); highest number of store refers to Max(Count(StoreID))
|
"Elorac, Corp" is the Customer Names
|
What is the highest discount applied by the store located in a city of the state of Colorado whose land area is 111039036.
|
highest discount applied refers to Max(Discount Applied)
|
"Michigan" is the State
|
COUNT(OrderNumber where Product Name = 'Platters') > COUNT(OrderNumber where Product Name = 'Serveware');
|
orders online refer to Sales Channel = 'Online';
|
ordered on 10/21/18 refers to OrderDate = '10/21/18'; delivered on 11/21/19 refers to DeliveryDate = '11/21/19'; name of product refers to Product Name
|
orders refer to OrderNumber; more than 5 product quantities refer to Order Quantity > 5;
|
October 27, 2018 refers to ProcuredDate = '10/27/18'; 'Oregon' is the State
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
applied 10% discount refers to Discount Applied = 0.1;
|
Qualitest ordered the highest product quantity refers to Customer Names where MAX(Order Quantity);
|
"Joshua Bennett" is the name of Sales Team
|
Which product has the highest net profit in 2019?
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); the highest net profit in 2019 refers to MAX(Net Profit) where OrderDate LIKE '%/19'; product refers to Product Name;
|
total orders refer to COUNT(OrderNumber); 2020 refers to SUBSTR(OrderDate, -2) = '20';
|
ratio can be calculated as DIVIDE(MAX(Unit_Cost)), MIN(Unit Cost);
|
orders refer to OrderNumber;
|
Rochester Ltd is the name of the customer; all the numbers ordered refer to OrderNumber; 2018 refers to SUBSTR(OrderDate, -2) = '18';
|
George Lewis refers to Sales Team; the highest number of orders refers to MAX(COUNT(OrderNumber)); which year from 2018 to 2020 refers to SUBSTR(OrderDate, -2) IN ('18', '19', '20') GROUP BY SUBSTR(OrderDate, -2);
|
type of store in City refers to Type = 'City'; highest amount of water area refers to Max(Water Area)
|
Qualitest ordered the highest product quantity refers to Customer Names where MAX(Order Quantity);
|
orders online refer to Sales Channel = 'Online';
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Phones' and Sales Channel = 'Distributor';
|
order quantity of no less than 5 refers to Order Quantity > 5; shipped in the month of May 2019 refers to ShipDate LIKE '5/%/19'; lowest net profit = Min(Subtract(Unit Price, Unit Cost)); name of product refers to Products Name
|
List the order numbers and product names which were ordered on 6th June, 2018.
|
ordered on 6th June 2018 refers to OrderDate = '6/5/18'
|
"Distributor" is the Sales Channel; minimum quantity refers to Min(Order Quantity)
|
"California" is the name of State; in store refers to Sales Channel = 'In-Store'; 20% discount refers to Discount Applied = '0.2'
|
the lowest unit price refers to MIN(Unit Price);
|
highest unit price refers to Max(Unit Price)
|
In-Store sales refer to Sales Channel = 'In-Store'; city refers to City Name;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
|
products refers to Product Name; via wholesale channel refers to Sales Channel = 'Wholesale'
|
shipped from Daly City refers to Store Locations where City Name = 'Daly City'; orders refer to OrderNumber;
|
detailed coordinates refers to Latitude, Longitude; highest net profit = Max(Subtract(Unit Price, Unit Cost))
|
"Weimei Corp" is the Customer Names; in 2018, 2019 and 2020 refers to SUBSTR (OrderDate, -2) IN ('18', '19', '20') : Average order = Divide (Count (OrderNumber), 3)
|
In 2020, what were the total orders of all stores in Maricopa County?
|
total orders refer to COUNT(OrderNumber); 2020 refers to SUBSTR(OrderDate, -2) = '20';
|
highest net profit refers to Max(Subtract(Unit Price, Unit Cost)); name of product refers to Product Name
|
"Distributor" is the Sales Channel; minimum quantity refers to Min(Order Quantity)
|
Sales Team = 'Stephen Payne'; net profit can be computed as SUBTRACT(Unit Price, Unit Cost); DIVIDE(COUNT(OrderNumber where Sales Team = 'Stephen Payne' and Net Profit > 1000)), (COUNT(OrderNumber where Sales Team = 'Stephen Payne')) as percentage;
|
type of store in City refers to Type = 'City'; highest amount of water area refers to Max(Water Area)
|
over 3800 USD in net profit refers to SUBTRACT(Unit Price, Unit Cost) where Net Profit > 3800;
|
"Chandler" is the City Name; orders refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
|
"Midwest" is the Region
|
"California" is the name of State; in store refers to Sales Channel = 'In-Store'; 20% discount refers to Discount Applied = '0.2'
|
orders refer to OrderNumber; more than 5 product quantities refer to Order Quantity > 5;
|
Sate the order number and calculate the net profit for each order under Joshua Bennett.
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bakeware';
|
40% discount refers to Discount Applied = 0.4; in-store channel refers to Sales Channel = 'In-Store'; orders refer to OrderNumber;
|
order quantity greater than 5 refers to Order Quantity > 5
|
highest discount applied refers to Max(Discount Applied)
|
Rochester Ltd is the name of the customer; all the numbers ordered refer to OrderNumber; 2018 refers to SUBSTR(OrderDate, -2) = '18';
|
total order quantity refers to Sum (Order Quantity); 'Candles' is the Products Name; percentage = Divide (Sum(Order Quantity where Product Name = 'Candles'), Sum(Order Quantity)) * 100
|
ordered on 10/21/18 refers to OrderDate = '10/21/18'; delivered on 11/21/19 refers to DeliveryDate = '11/21/19'; name of product refers to Product Name
|
average household income = Divide (Sum(Household Income), Count(City Name)); highest number of store refers to Max(Count(StoreID))
|
highest unit price refers to Max(Unit Price)
|
name of customer refers to Customer Names; from 2018 to 2020 refers to OrderDate between '1/1/2018' and '31/12/2020'; most number of order quantity refers to Order Quantity = 8
|
Provide order number, warehouse code of customers Elorac, Corp.
|
"Elorac, Corp" is the Customer Names
|
products refers to Product Name; via wholesale channel refers to Sales Channel = 'Wholesale'
|
"Chandler" is the City Name; orders refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'
|
Sales Team = 'Stephen Payne'; net profit can be computed as SUBTRACT(Unit Price, Unit Cost); DIVIDE(COUNT(OrderNumber where Sales Team = 'Stephen Payne' and Net Profit > 1000)), (COUNT(OrderNumber where Sales Team = 'Stephen Payne')) as percentage;
|
George Lewis refers to Sales Team; the highest number of orders refers to MAX(COUNT(OrderNumber)); which year from 2018 to 2020 refers to SUBSTR(OrderDate, -2) IN ('18', '19', '20') GROUP BY SUBSTR(OrderDate, -2);
|
Cookware is the name of the product;
|
"Joshua Bennett" is the name of Sales Team
|
cities refer to City Name; no water area refers to Water Area = 0;
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; id refers to StoreID;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Phones' and Sales Channel = 'Distributor';
|
most populated refers to Max(Population);
|
In 2019, how many orders were shipped by the sales team with the highest number of orders in the said year? Provide the name of the sales team.
|
shipped refers to ShipDate; in 2019 refers to shipped in 2019 refers to SUBSTR(ShipDate, -2) = '19'; order in the said year refers to SUBSTR(OrderDate, -2) = '19'; highest number of order refers to Max(Count(OrderNumber))
|
DIVIDE(COUNT(OrderNumber where County = 'Orange County' and SUBSTR(OrderDate, -2) = '18'), COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '18')) as percentage;
|
orders online refer to Sales Channel = 'Online';
|
city has the largest population refers to City Name where MAX(Population);
|
highest discount applied refers to Max(Discount Applied)
|
type of store in City refers to Type = 'City'; highest amount of water area refers to Max(Water Area)
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
|
"Distributor" is the Sales Channel; minimum quantity refers to Min(Order Quantity)
|
Medline is the name of the customer; DIVIDE(COUNT(OrderNumber where Sales Channel = 'In-Store' and Customer Names = 'Medline'), COUNT(OrderNumber where Customer Names = 'Medline')) as percentage;
|
the most number of sales team refers to MAX(COUNT(Sales Team));
|
Qualitest ordered the highest product quantity refers to Customer Names where MAX(Order Quantity);
|
Compare the number of orders between "Platters" and "Serveware" products.
|
COUNT(OrderNumber where Product Name = 'Platters') > COUNT(OrderNumber where Product Name = 'Serveware');
|
orders refer to OrderNumber;
|
highest unit price refers to Max(Unit Price)
|
sales order 'SO - 0005951' refers to OrderNumber = 'SO - 0005951'; product refers to Product Name
|
"Michigan" is the State
|
floral product refers to Product Name = 'Floral'; total net profit = SUM(Subtract(Unit Price, Unit Cost)); delivered in 2021 refers to DeliveryDate LIKE '%/21'
|
most populated refers to Max(Population);
|
the highest unit price refers to MAX(Unit Price);
|
Ole Group is the name of the customer; discount levels applied refer to Discount Applied NOT NULL;
|
"Arizona" is the name of State; most net profit = Max(Subtract( Unit Price, Unit Cost))
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
Which store in Arizona has the most net profit?
|
"Arizona" is the name of State; most net profit = Max(Subtract( Unit Price, Unit Cost))
|
delivered in 2021 refer to DeliveryDate LIKE '%/21'; 'Sundial' is the Customer Names
|
"Apollo Ltd" is the Customer Names; most expensive unit price refers to max(Unit Price)
|
sales order 'SO - 0005951' refers to OrderNumber = 'SO - 0005951'; product refers to Product Name
|
Medline is the name of the customer; DIVIDE(COUNT(OrderNumber where Sales Channel = 'In-Store' and Customer Names = 'Medline'), COUNT(OrderNumber where Customer Names = 'Medline')) as percentage;
|
DIVIDE(SUM(Order Quantity where Product Name = 'Ornaments' and OrderDate LIKE '%/18'), 12);
|
COUNT(StoreID) < COUNT(StoreID where Type = 'Borough') < COUNT(StoreID where Type = 'CDP');
|
in the South refers to Region = 'South'; type of store that is most popular refers to Max(Count(Type))
|
Qualitest ordered the highest product quantity refers to Customer Names where MAX(Order Quantity);
|
products with the ID of 30 to 40 refer to Product Name WHERE ProductID BETWEEN 30 AND 40;
|
detailed coordinates refers to Latitude, Longitude; highest net profit = Max(Subtract(Unit Price, Unit Cost))
|
Find the average number of ornaments sold each month in 2018.
|
DIVIDE(SUM(Order Quantity where Product Name = 'Ornaments' and OrderDate LIKE '%/18'), 12);
|
name containing the word 'Group' refers to Customer Names LIKE '%Group%';
|
COUNT(OrderNumber where Product Name = 'Platters') > COUNT(OrderNumber where Product Name = 'Serveware');
|
ordered on 6th June 2018 refers to OrderDate = '6/5/18'
|
floral product refers to Product Name = 'Floral'; total net profit = SUM(Subtract(Unit Price, Unit Cost)); delivered in 2021 refers to DeliveryDate LIKE '%/21'
|
"Apollo Ltd" is the Customer Names; most expensive unit price refers to max(Unit Price)
|
"Midwest" is the Region
|
the least sold product refers to Product Name where MIN(Order Quantity);
|
California is a state; CDP stores refer to StoreID where Type = 'CDP';
|
40% discount refers to Discount Applied = 0.4; in-store channel refers to Sales Channel = 'In-Store'; orders refer to OrderNumber;
|
average household income = Divide (Sum(Household Income), Count(City Name)); highest number of store refers to Max(Count(StoreID))
|
How many sales channels does the sales team have in the Midwest?
|
"Midwest" is the Region
|
"Chandler" is the City Name; orders refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'
|
"California" is the name of State; in store refers to Sales Channel = 'In-Store'; 20% discount refers to Discount Applied = '0.2'
|
In-Store sales refer to Sales Channel = 'In-Store'; city refers to City Name;
|
highest unit price refers to Max(Unit Price)
|
the most number of sales team refers to MAX(COUNT(Sales Team));
|
"Elorac, Corp" is the Customer Names
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
|
ratio can be calculated as DIVIDE(MAX(Unit_Cost)), MIN(Unit Cost);
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Phones' and Sales Channel = 'Distributor';
|
orders online refer to Sales Channel = 'Online';
|
List the store located cities with regions in no water area of California state.
|
cities refer to City Name; no water area refers to Water Area = 0;
|
Ole Group is the name of the customer; discount levels applied refer to Discount Applied NOT NULL;
|
total orders of over 3 in 2018 refer to COUNT(OrderNumber) > 3 where SUBSTR(OrderDate, -2) = '18';
|
the least sold product refers to Product Name where MIN(Order Quantity);
|
"Distributor" is the Sales Channel; minimum quantity refers to Min(Order Quantity)
|
In-Store sales refer to Sales Channel = 'In-Store'; city refers to City Name;
|
the highest unit price refers to MAX(Unit Price);
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
|
highest unit price refers to Max(Unit Price)
|
order refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'; January refers to Substr(OrderDate, 1, 1) = '1'; most preferred sales channel refers to Sales Channel where Max(Count(OrderNumber))
|
orders refer to OrderNumber;
|
In which regions are the stores that have shipped products through the WARE-UHY1004 warehouse?
|
"WARE-UHY1004" is the WarehouseCode
|
Rochester Ltd is the name of the customer; orders refer to OrderNumber;
|
name containing the word 'Group' refers to Customer Names LIKE '%Group%';
|
Sales Team = 'Stephen Payne'; net profit can be computed as SUBTRACT(Unit Price, Unit Cost); DIVIDE(COUNT(OrderNumber where Sales Team = 'Stephen Payne' and Net Profit > 1000)), (COUNT(OrderNumber where Sales Team = 'Stephen Payne')) as percentage;
|
most populous country refers to Max(Population)
|
orders refer to OrderNumber;
|
In-Store sales refer to Sales Channel = 'In-Store'; city refers to City Name;
|
COUNT(OrderNumber where Product Name = 'Platters') > COUNT(OrderNumber where Product Name = 'Serveware');
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; id refers to StoreID;
|
highest unit price refers to Max(Unit Price)
|
"Michigan" is the State
|
How many orders placed were with more than 5 product quantities?
|
orders refer to OrderNumber; more than 5 product quantities refer to Order Quantity > 5;
|
detailed coordinates refers to Latitude, Longitude; highest net profit = Max(Subtract(Unit Price, Unit Cost))
|
order quantity of no less than 5 refers to Order Quantity > 5; shipped in the month of May 2019 refers to ShipDate LIKE '5/%/19'; lowest net profit = Min(Subtract(Unit Price, Unit Cost)); name of product refers to Products Name
|
name containing the word 'Group' refers to Customer Names LIKE '%Group%';
|
"Midwest" is the Region
|
"WARE-MKL1006" is the WarehouseCode; most shipment to region refers to Max(Count(Region))
|
DIVIDE(SUM(Order Quantity where Product Name = 'Ornaments' and OrderDate LIKE '%/18'), 12);
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
|
In-Store sales refer to Sales Channel = 'In-Store'; city refers to City Name;
|
cities refer to City Name; no water area refers to Water Area = 0;
|
the lowest unit price refers to MIN(Unit Price);
|
Which region is Joshua Bennet located in?
|
"Joshua Bennett" is the name of Sales Team
|
delivered in 2021 refer to DeliveryDate LIKE '%/21'; 'Sundial' is the Customer Names
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); the greatest net profit in 2020 refers to MAX(net profit) where OrderDate LIKE '%/20';
|
40% discount refers to Discount Applied = 0.4; in-store channel refers to Sales Channel = 'In-Store'; orders refer to OrderNumber;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
sale team names refer to Sales Team; the least orders in 2019 refer to MIN(COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '19'));
|
Medline is the name of the customer; DIVIDE(COUNT(OrderNumber where Sales Channel = 'In-Store' and Customer Names = 'Medline'), COUNT(OrderNumber where Customer Names = 'Medline')) as percentage;
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; id refers to StoreID;
|
Product Name = 'Baseball'; December 2017 refers to OrderDate LIKE '12/%/17';
|
highest discount applied refers to Max(Discount Applied)
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
|
Which Apollo Ltd customer's order number has the most expensive unit price, indicating the order date?
|
"Apollo Ltd" is the Customer Names; most expensive unit price refers to max(Unit Price)
|
the lowest unit price refers to MIN(Unit Price);
|
"Arizona" is the name of State; most net profit = Max(Subtract( Unit Price, Unit Cost))
|
order quantity greater than 5 refers to Order Quantity > 5
|
floral product refers to Product Name = 'Floral'; total net profit = SUM(Subtract(Unit Price, Unit Cost)); delivered in 2021 refers to DeliveryDate LIKE '%/21'
|
products with the ID of 30 to 40 refer to Product Name WHERE ProductID BETWEEN 30 AND 40;
|
Ole Group is the name of the customer; discount levels applied refer to Discount Applied NOT NULL;
|
orders refer to OrderNumber;
|
name of customer refers to Customer Names; from 2018 to 2020 refers to OrderDate between '1/1/2018' and '31/12/2020'; most number of order quantity refers to Order Quantity = 8
|
COUNT(StoreID) < COUNT(StoreID where Type = 'Borough') < COUNT(StoreID where Type = 'CDP');
|
name containing the word 'Group' refers to Customer Names LIKE '%Group%';
|
Please indicate store id in the state of California that have been applied 20% discount in store.
|
"California" is the name of State; in store refers to Sales Channel = 'In-Store'; 20% discount refers to Discount Applied = '0.2'
|
cities refer to City Name; no water area refers to Water Area = 0;
|
in the South refers to Region = 'South'; type of store that is most popular refers to Max(Count(Type))
|
delivered in 2021 refer to DeliveryDate LIKE '%/21'; 'Sundial' is the Customer Names
|
applied 10% discount refers to Discount Applied = 0.1;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Phones' and Sales Channel = 'Distributor';
|
Sales Team = 'Stephen Payne'; net profit can be computed as SUBTRACT(Unit Price, Unit Cost); DIVIDE(COUNT(OrderNumber where Sales Team = 'Stephen Payne' and Net Profit > 1000)), (COUNT(OrderNumber where Sales Team = 'Stephen Payne')) as percentage;
|
floral product refers to Product Name = 'Floral'; total net profit = SUM(Subtract(Unit Price, Unit Cost)); delivered in 2021 refers to DeliveryDate LIKE '%/21'
|
products with the ID of 30 to 40 refer to Product Name WHERE ProductID BETWEEN 30 AND 40;
|
total orders refer to COUNT(OrderNumber); 2020 refers to SUBSTR(OrderDate, -2) = '20';
|
average household income = Divide (Sum(Household Income), Count(City Name)); highest number of store refers to Max(Count(StoreID))
|
What is the average land area of the cities in which stores that purchased products for a unit price of 998.30 are located?
|
average land area = Divide (Sum(Land Area), Count(Land Area))
|
sales order 'SO - 0005951' refers to OrderNumber = 'SO - 0005951'; product refers to Product Name
|
"California" is the name of State; in store refers to Sales Channel = 'In-Store'; 20% discount refers to Discount Applied = '0.2'
|
all the orders from WARE-NMK1003 refer to OrderNumber where WarehouseCode = 'WARE-NMK1003'; product refers to Product Name;
|
floral product refers to Product Name = 'Floral'; total net profit = SUM(Subtract(Unit Price, Unit Cost)); delivered in 2021 refers to DeliveryDate LIKE '%/21'
|
highest unit price refers to Max(Unit Price)
|
product refers to Product Name; ordered the most in 2018 refers to MAX(COUNT(OrderNumber)) where SUBSTR(OrderDate, -2) = '18';
|
sale team names refer to Sales Team; the least orders in 2019 refer to MIN(COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '19'));
|
most populous country refers to Max(Population)
|
AVG(Unit Price where Product Name = 'Cookware');
|
in the South refers to Region = 'South'; type of store that is most popular refers to Max(Count(Type))
|
List all the order numbers for In-Store sales and find the city where the store is located.
|
In-Store sales refer to Sales Channel = 'In-Store'; city refers to City Name;
|
Rochester Ltd is the name of the customer; all the numbers ordered refer to OrderNumber; 2018 refers to SUBSTR(OrderDate, -2) = '18';
|
in the South refers to Region = 'South'; type of store that is most popular refers to Max(Count(Type))
|
"WARE-MKL1006" is the WarehouseCode; most shipment to region refers to Max(Count(Region))
|
sales order on 04/04/2020 refers to OrderDate = '4/4/20'; 'New York' is the City Name; percentage = Divide (Sum(OrderNumber where City Name = 'New York'), Count (OrderNumber)) * 100
|
WARE-PUJ1005 is the WarehouseCode; fewest times refers to Min (Count(WarehouseCode))
|
orders refer to OrderNumber;
|
ordered on 6th June 2018 refers to OrderDate = '6/5/18'
|
floral product refers to Product Name = 'Floral'; total net profit = SUM(Subtract(Unit Price, Unit Cost)); delivered in 2021 refers to DeliveryDate LIKE '%/21'
|
the least sold product refers to Product Name where MIN(Order Quantity);
|
the highest unit price refers to MAX(Unit Price);
|
Find the net profit of the floral products which were delivered in 2021.
|
floral product refers to Product Name = 'Floral'; total net profit = SUM(Subtract(Unit Price, Unit Cost)); delivered in 2021 refers to DeliveryDate LIKE '%/21'
|
DIVIDE(SUM(Order Quantity where Product Name = 'Ornaments' and OrderDate LIKE '%/18'), 12);
|
October 27, 2018 refers to ProcuredDate = '10/27/18'; 'Oregon' is the State
|
all the orders from WARE-NMK1003 refer to OrderNumber where WarehouseCode = 'WARE-NMK1003'; product refers to Product Name;
|
"Midwest" is the Region
|
most populated refers to Max(Population);
|
detailed coordinates refers to Latitude, Longitude; highest net profit = Max(Subtract(Unit Price, Unit Cost))
|
George Lewis refers to Sales Team; the highest number of orders refers to MAX(COUNT(OrderNumber)); which year from 2018 to 2020 refers to SUBSTR(OrderDate, -2) IN ('18', '19', '20') GROUP BY SUBSTR(OrderDate, -2);
|
products with the ID of 30 to 40 refer to Product Name WHERE ProductID BETWEEN 30 AND 40;
|
sale team names refer to Sales Team; the least orders in 2019 refer to MIN(COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '19'));
|
ratio can be calculated as DIVIDE(MAX(Unit_Cost)), MIN(Unit Cost);
|
Write down the store IDs and region of the state "Michigan".
|
"Michigan" is the State
|
DIVIDE(SUM(Order Quantity where Product Name = 'Ornaments' and OrderDate LIKE '%/18'), 12);
|
Rochester Ltd is the name of the customer; all the numbers ordered refer to OrderNumber; 2018 refers to SUBSTR(OrderDate, -2) = '18';
|
"Arizona" is the name of State; most net profit = Max(Subtract( Unit Price, Unit Cost))
|
ordered on 6th June 2018 refers to OrderDate = '6/5/18'
|
detailed coordinates refers to Latitude, Longitude; highest net profit = Max(Subtract(Unit Price, Unit Cost))
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bakeware';
|
most populated refers to Max(Population);
|
"Weimei Corp" is the Customer Names; in 2018, 2019 and 2020 refers to SUBSTR (OrderDate, -2) IN ('18', '19', '20') : Average order = Divide (Count (OrderNumber), 3)
|
Rochester Ltd is the name of the customer; orders refer to OrderNumber;
|
over 3800 USD in net profit refers to SUBTRACT(Unit Price, Unit Cost) where Net Profit > 3800;
|
What is the percentage of total orders of Stephen Payne that had a net profit of over 1000?
|
Sales Team = 'Stephen Payne'; net profit can be computed as SUBTRACT(Unit Price, Unit Cost); DIVIDE(COUNT(OrderNumber where Sales Team = 'Stephen Payne' and Net Profit > 1000)), (COUNT(OrderNumber where Sales Team = 'Stephen Payne')) as percentage;
|
the least sold product refers to Product Name where MIN(Order Quantity);
|
all the orders from WARE-NMK1003 refer to OrderNumber where WarehouseCode = 'WARE-NMK1003'; product refers to Product Name;
|
ordered on 6th June 2018 refers to OrderDate = '6/5/18'
|
highest unit price refers to Max(Unit Price)
|
unit cost greater than 4000USD refers to Unit Cost > 4000;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bar Tools' and Order Quantity > 5;
|
Cookware is the name of the product;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bakeware';
|
"WARE-MKL1006" is the WarehouseCode; most shipment to region refers to Max(Count(Region))
|
product refers to Product Name; ordered the most in 2018 refers to MAX(COUNT(OrderNumber)) where SUBSTR(OrderDate, -2) = '18';
|
List the name of the customer with the most number of order quantity from 2018 to 2020.
|
name of customer refers to Customer Names; from 2018 to 2020 refers to OrderDate between '1/1/2018' and '31/12/2020'; most number of order quantity refers to Order Quantity = 8
|
order refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'; January refers to Substr(OrderDate, 1, 1) = '1'; most preferred sales channel refers to Sales Channel where Max(Count(OrderNumber))
|
"Apollo Ltd" is the Customer Names; most expensive unit price refers to max(Unit Price)
|
COUNT(OrderNumber where Product Name = 'Platters') > COUNT(OrderNumber where Product Name = 'Serveware');
|
Product Name = 'Baseball'; December 2017 refers to OrderDate LIKE '12/%/17';
|
WARE-PUJ1005 is the WarehouseCode; fewest times refers to Min (Count(WarehouseCode))
|
Rochester Ltd is the name of the customer; orders refer to OrderNumber;
|
highest net profit refers to Max(Subtract(Unit Price, Unit Cost)); name of product refers to Product Name
|
sales order on 04/04/2020 refers to OrderDate = '4/4/20'; 'New York' is the City Name; percentage = Divide (Sum(OrderNumber where City Name = 'New York'), Count (OrderNumber)) * 100
|
"Midwest" is the Region
|
"Michigan" is the State
|
How many orders that Medsep Group had made?
|
Medsep Group is the name of the customer; orders refer to OrderNumber;
|
Product Name = 'Baseball'; December 2017 refers to OrderDate LIKE '12/%/17';
|
"Midwest" is the Region
|
less need for products refers to Order Quantity = 1; purchased through a distributor refers to Sales Channel = 'Distributor'; 'Harri County' is the County
|
in the South refers to Region = 'South'; type of store that is most popular refers to Max(Count(Type))
|
the highest unit price refers to MAX(Unit Price);
|
applied 10% discount refers to Discount Applied = 0.1;
|
total order quantity refers to Sum (Order Quantity); 'Candles' is the Products Name; percentage = Divide (Sum(Order Quantity where Product Name = 'Candles'), Sum(Order Quantity)) * 100
|
highest discount applied refers to Max(Discount Applied)
|
"Brooklyn" is the CityName; population of less than 3 million refers to Population < 3000000
|
AVG(Unit Price where Product Name = 'Cookware');
|
Calculate ratio between the highest unit cost and the lowest unit cost?
|
ratio can be calculated as DIVIDE(MAX(Unit_Cost)), MIN(Unit Cost);
|
applied 10% discount refers to Discount Applied = 0.1;
|
name containing the word 'Group' refers to Customer Names LIKE '%Group%';
|
"Arizona" is the name of State; most net profit = Max(Subtract( Unit Price, Unit Cost))
|
George Lewis refers to Sales Team; the highest number of orders refers to MAX(COUNT(OrderNumber)); which year from 2018 to 2020 refers to SUBSTR(OrderDate, -2) IN ('18', '19', '20') GROUP BY SUBSTR(OrderDate, -2);
|
highest discount applied refers to Max(Discount Applied)
|
most populated refers to Max(Population);
|
DIVIDE(SUM(Order Quantity where Product Name = 'Ornaments' and OrderDate LIKE '%/18'), 12);
|
"Apollo Ltd" is the Customer Names; most expensive unit price refers to max(Unit Price)
|
Medsep Group is the name of the customer; orders refer to OrderNumber;
|
total orders refer to COUNT(OrderNumber); 2020 refers to SUBSTR(OrderDate, -2) = '20';
|
List all the customers with name containing the word 'Group'.
|
name containing the word 'Group' refers to Customer Names LIKE '%Group%';
|
total orders refer to COUNT(OrderNumber); 2020 refers to SUBSTR(OrderDate, -2) = '20';
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Phones' and Sales Channel = 'Distributor';
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
|
sale team names refer to Sales Team; the least orders in 2019 refer to MIN(COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '19'));
|
"Weimei Corp" is the Customer Names; in 2018, 2019 and 2020 refers to SUBSTR (OrderDate, -2) IN ('18', '19', '20') : Average order = Divide (Count (OrderNumber), 3)
|
products refers to Product Name; via wholesale channel refers to Sales Channel = 'Wholesale'
|
total order quantity refers to Sum (Order Quantity); 'Candles' is the Products Name; percentage = Divide (Sum(Order Quantity where Product Name = 'Candles'), Sum(Order Quantity)) * 100
|
AVG(Unit Price where Product Name = 'Cookware');
|
Ole Group is the name of the customer; discount levels applied refer to Discount Applied NOT NULL;
|
highest net profit = Max(Subtract (Unit Price, Unit Cost)); name of product refers to Product Name
|
Write down the region and name of the sale team ID of 18 and compare their orders between in-store and online.
|
sale team ID of 18 refers to _SalesTeamID = 18; COUNT(OrderNumber where Sales Channel = 'In-Store') > COUNT(OrderNumber where Sales Channel = 'Online');
|
ordered on 6th June 2018 refers to OrderDate = '6/5/18'
|
the highest unit price refers to MAX(Unit Price);
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; id refers to StoreID;
|
name of customer refers to Customer Names; from 2018 to 2020 refers to OrderDate between '1/1/2018' and '31/12/2020'; most number of order quantity refers to Order Quantity = 8
|
the most number of sales team refers to MAX(COUNT(Sales Team));
|
total order quantity refers to Sum (Order Quantity); 'Candles' is the Products Name; percentage = Divide (Sum(Order Quantity where Product Name = 'Candles'), Sum(Order Quantity)) * 100
|
in the South refers to Region = 'South'; type of store that is most popular refers to Max(Count(Type))
|
products refers to Product Name; via wholesale channel refers to Sales Channel = 'Wholesale'
|
DIVIDE(COUNT(OrderNumber where County = 'Orange County' and SUBSTR(OrderDate, -2) = '18'), COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '18')) as percentage;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); the greatest net profit in 2020 refers to MAX(net profit) where OrderDate LIKE '%/20';
|
Name the product that was registered in the sales order 'SO - 0005951'.
|
sales order 'SO - 0005951' refers to OrderNumber = 'SO - 0005951'; product refers to Product Name
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bar Tools' and Order Quantity > 5;
|
DIVIDE(SUM(Order Quantity where Product Name = 'Ornaments' and OrderDate LIKE '%/18'), 12);
|
ordered on 6th June 2018 refers to OrderDate = '6/5/18'
|
WARE-PUJ1005 is the WarehouseCode; fewest times refers to Min (Count(WarehouseCode))
|
shipped from Daly City refers to Store Locations where City Name = 'Daly City'; orders refer to OrderNumber;
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
|
highest net profit refers to Max(Subtract(Unit Price, Unit Cost)); name of product refers to Product Name
|
"Apollo Ltd" is the Customer Names; most expensive unit price refers to max(Unit Price)
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
Medline is the name of the customer; DIVIDE(COUNT(OrderNumber where Sales Channel = 'In-Store' and Customer Names = 'Medline'), COUNT(OrderNumber where Customer Names = 'Medline')) as percentage;
|
In the Northeast region, what is the average household income for each city located in the state with the highest number of stores?
|
average household income = Divide (Sum(Household Income), Count(City Name)); highest number of store refers to Max(Count(StoreID))
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bakeware';
|
the highest unit price refers to MAX(Unit Price);
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
|
cities refer to City Name; no water area refers to Water Area = 0;
|
highest unit price refers to Max(Unit Price)
|
average land area = Divide (Sum(Land Area), Count(Land Area))
|
less need for products refers to Order Quantity = 1; purchased through a distributor refers to Sales Channel = 'Distributor'; 'Harri County' is the County
|
detailed coordinates refers to Latitude, Longitude; highest net profit = Max(Subtract(Unit Price, Unit Cost))
|
Medsep Group is the name of the customer; orders refer to OrderNumber;
|
ordered on 6th June 2018 refers to OrderDate = '6/5/18'
|
What is the average unit price of a Cookware product?
|
AVG(Unit Price where Product Name = 'Cookware');
|
"Arizona" is the name of State; most net profit = Max(Subtract( Unit Price, Unit Cost))
|
most populated refers to Max(Population);
|
total orders refer to COUNT(OrderNumber); 2020 refers to SUBSTR(OrderDate, -2) = '20';
|
WARE-PUJ1005 is the WarehouseCode; fewest times refers to Min (Count(WarehouseCode))
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
|
order quantity of no less than 5 refers to Order Quantity > 5; shipped in the month of May 2019 refers to ShipDate LIKE '5/%/19'; lowest net profit = Min(Subtract(Unit Price, Unit Cost)); name of product refers to Products Name
|
city has the largest population refers to City Name where MAX(Population);
|
delivered in 2021 refer to DeliveryDate LIKE '%/21'; 'Sundial' is the Customer Names
|
type of store in City refers to Type = 'City'; highest amount of water area refers to Max(Water Area)
|
the highest unit price refers to MAX(Unit Price);
|
How many orders through distributor were for the minimum quantity?
|
"Distributor" is the Sales Channel; minimum quantity refers to Min(Order Quantity)
|
COUNT(StoreID) < COUNT(StoreID where Type = 'Borough') < COUNT(StoreID where Type = 'CDP');
|
Ole Group is the name of the customer; discount levels applied refer to Discount Applied NOT NULL;
|
"California" is the name of State; in store refers to Sales Channel = 'In-Store'; 20% discount refers to Discount Applied = '0.2'
|
floral product refers to Product Name = 'Floral'; total net profit = SUM(Subtract(Unit Price, Unit Cost)); delivered in 2021 refers to DeliveryDate LIKE '%/21'
|
sales order on 04/04/2020 refers to OrderDate = '4/4/20'; 'New York' is the City Name; percentage = Divide (Sum(OrderNumber where City Name = 'New York'), Count (OrderNumber)) * 100
|
Rochester Ltd is the name of the customer; all the numbers ordered refer to OrderNumber; 2018 refers to SUBSTR(OrderDate, -2) = '18';
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bakeware';
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
|
AVG(Unit Price where Product Name = 'Cookware');
|
Provide all the orders from WARE-NMK1003. Name the product and sales team for each of these order.
|
all the orders from WARE-NMK1003 refer to OrderNumber where WarehouseCode = 'WARE-NMK1003'; product refers to Product Name;
|
October 27, 2018 refers to ProcuredDate = '10/27/18'; 'Oregon' is the State
|
cities refer to City Name; no water area refers to Water Area = 0;
|
name of customer refers to Customer Names; from 2018 to 2020 refers to OrderDate between '1/1/2018' and '31/12/2020'; most number of order quantity refers to Order Quantity = 8
|
"Brooklyn" is the CityName; population of less than 3 million refers to Population < 3000000
|
highest net profit refers to Max(Subtract(Unit Price, Unit Cost)); name of product refers to Product Name
|
"Arizona" is the name of State; most net profit = Max(Subtract( Unit Price, Unit Cost))
|
delivered in 2021 refer to DeliveryDate LIKE '%/21'; 'Sundial' is the Customer Names
|
less need for products refers to Order Quantity = 1; purchased through a distributor refers to Sales Channel = 'Distributor'; 'Harri County' is the County
|
ratio can be calculated as DIVIDE(MAX(Unit_Cost)), MIN(Unit Cost);
|
most populated refers to Max(Population);
|
List the name of all customers who had made orders online.
|
orders online refer to Sales Channel = 'Online';
|
"Weimei Corp" is the Customer Names; in 2018, 2019 and 2020 refers to SUBSTR (OrderDate, -2) IN ('18', '19', '20') : Average order = Divide (Count (OrderNumber), 3)
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
|
city has the largest population refers to City Name where MAX(Population);
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bar Tools' and Order Quantity > 5;
|
ordered on 6th June 2018 refers to OrderDate = '6/5/18'
|
most populated refers to Max(Population);
|
products refers to Product Name; via wholesale channel refers to Sales Channel = 'Wholesale'
|
Qualitest ordered the highest product quantity refers to Customer Names where MAX(Order Quantity);
|
total order quantity refers to Sum (Order Quantity); 'Candles' is the Products Name; percentage = Divide (Sum(Order Quantity where Product Name = 'Candles'), Sum(Order Quantity)) * 100
|
number of order refers to OrderNumber; population of 3000000 to 4000000 refers to Population BETWEEN 3000000 AND 4000000
|
How many CDP stores are there in California?
|
California is a state; CDP stores refer to StoreID where Type = 'CDP';
|
WARE-PUJ1005 is the WarehouseCode; fewest times refers to Min (Count(WarehouseCode))
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; id refers to StoreID;
|
the least sold product refers to Product Name where MIN(Order Quantity);
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bar Tools' and Order Quantity > 5;
|
highest discount applied refers to Max(Discount Applied)
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
DIVIDE(COUNT(OrderNumber where County = 'Orange County' and SUBSTR(OrderDate, -2) = '18'), COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '18')) as percentage;
|
highest net profit = Max(Subtract (Unit Price, Unit Cost)); name of product refers to Product Name
|
products with the ID of 30 to 40 refer to Product Name WHERE ProductID BETWEEN 30 AND 40;
|
Sales Team = 'Stephen Payne'; net profit can be computed as SUBTRACT(Unit Price, Unit Cost); DIVIDE(COUNT(OrderNumber where Sales Team = 'Stephen Payne' and Net Profit > 1000)), (COUNT(OrderNumber where Sales Team = 'Stephen Payne')) as percentage;
|
List out the discount levels applied for all orders from Ole Group.
|
Ole Group is the name of the customer; discount levels applied refer to Discount Applied NOT NULL;
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"Midwest" is the Region
|
the lowest unit price refers to MIN(Unit Price);
|
DIVIDE(SUM(Order Quantity where Product Name = 'Ornaments' and OrderDate LIKE '%/18'), 12);
|
products with the ID of 30 to 40 refer to Product Name WHERE ProductID BETWEEN 30 AND 40;
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"Brooklyn" is the CityName; population of less than 3 million refers to Population < 3000000
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sales order 'SO - 0005951' refers to OrderNumber = 'SO - 0005951'; product refers to Product Name
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40% discount refers to Discount Applied = 0.4; in-store channel refers to Sales Channel = 'In-Store'; orders refer to OrderNumber;
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Product Name = 'Baseball'; December 2017 refers to OrderDate LIKE '12/%/17';
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net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
number of order refers to OrderNumber; population of 3000000 to 4000000 refers to Population BETWEEN 3000000 AND 4000000
|
Lists the name of the product and customer who placed an order on 10/21/18 and it was delivered on 11/21/19.
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ordered on 10/21/18 refers to OrderDate = '10/21/18'; delivered on 11/21/19 refers to DeliveryDate = '11/21/19'; name of product refers to Product Name
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COUNT(StoreID) < COUNT(StoreID where Type = 'Borough') < COUNT(StoreID where Type = 'CDP');
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October 27, 2018 refers to ProcuredDate = '10/27/18'; 'Oregon' is the State
|
orders refer to OrderNumber;
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"WARE-UHY1004" is the WarehouseCode
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"WARE-MKL1006" is the WarehouseCode; most shipment to region refers to Max(Count(Region))
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order quantity of no less than 5 refers to Order Quantity > 5; shipped in the month of May 2019 refers to ShipDate LIKE '5/%/19'; lowest net profit = Min(Subtract(Unit Price, Unit Cost)); name of product refers to Products Name
|
floral product refers to Product Name = 'Floral'; total net profit = SUM(Subtract(Unit Price, Unit Cost)); delivered in 2021 refers to DeliveryDate LIKE '%/21'
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"California" is the name of State; in store refers to Sales Channel = 'In-Store'; 20% discount refers to Discount Applied = '0.2'
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Latitude and Longitude coordinates can be used to identify the detailed position of stores; id refers to StoreID;
|
Qualitest ordered the highest product quantity refers to Customer Names where MAX(Order Quantity);
|
Mention the most populated city and median income of the store in Florida state.
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most populated refers to Max(Population);
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In-Store sales refer to Sales Channel = 'In-Store'; city refers to City Name;
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October 27, 2018 refers to ProcuredDate = '10/27/18'; 'Oregon' is the State
|
the most number of sales team refers to MAX(COUNT(Sales Team));
|
Rochester Ltd is the name of the customer; orders refer to OrderNumber;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
|
"Weimei Corp" is the Customer Names; in 2018, 2019 and 2020 refers to SUBSTR (OrderDate, -2) IN ('18', '19', '20') : Average order = Divide (Count (OrderNumber), 3)
|
sale team names refer to Sales Team; the least orders in 2019 refer to MIN(COUNT(OrderNumber where SUBSTR(OrderDate, -2) = '19'));
|
order refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'; January refers to Substr(OrderDate, 1, 1) = '1'; most preferred sales channel refers to Sales Channel where Max(Count(OrderNumber))
|
order quantity of no less than 5 refers to Order Quantity > 5; shipped in the month of May 2019 refers to ShipDate LIKE '5/%/19'; lowest net profit = Min(Subtract(Unit Price, Unit Cost)); name of product refers to Products Name
|
average household income = Divide (Sum(Household Income), Count(City Name)); highest number of store refers to Max(Count(StoreID))
|
Find the number of baseball ordered in December 2017.
|
Product Name = 'Baseball'; December 2017 refers to OrderDate LIKE '12/%/17';
|
California is a state; CDP stores refer to StoreID where Type = 'CDP';
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); the greatest net profit in 2020 refers to MAX(net profit) where OrderDate LIKE '%/20';
|
highest discount applied refers to Max(Discount Applied)
|
products with the ID of 30 to 40 refer to Product Name WHERE ProductID BETWEEN 30 AND 40;
|
ordered on 10/21/18 refers to OrderDate = '10/21/18'; delivered on 11/21/19 refers to DeliveryDate = '11/21/19'; name of product refers to Product Name
|
"California" is the name of State; in store refers to Sales Channel = 'In-Store'; 20% discount refers to Discount Applied = '0.2'
|
"Midwest" is the Region
|
"Weimei Corp" is the Customer Names; in 2018, 2019 and 2020 refers to SUBSTR (OrderDate, -2) IN ('18', '19', '20') : Average order = Divide (Count (OrderNumber), 3)
|
Ole Group is the name of the customer; discount levels applied refer to Discount Applied NOT NULL;
|
Medline is the name of the customer; DIVIDE(COUNT(OrderNumber where Sales Channel = 'In-Store' and Customer Names = 'Medline'), COUNT(OrderNumber where Customer Names = 'Medline')) as percentage;
|
How many orders have order date in 5/31/2018?
|
orders refer to OrderNumber;
|
floral product refers to Product Name = 'Floral'; total net profit = SUM(Subtract(Unit Price, Unit Cost)); delivered in 2021 refers to DeliveryDate LIKE '%/21'
|
ordered on 10/21/18 refers to OrderDate = '10/21/18'; delivered on 11/21/19 refers to DeliveryDate = '11/21/19'; name of product refers to Product Name
|
ratio can be calculated as DIVIDE(MAX(Unit_Cost)), MIN(Unit Cost);
|
average land area = Divide (Sum(Land Area), Count(Land Area))
|
WARE-PUJ1005 is the WarehouseCode; fewest times refers to Min (Count(WarehouseCode))
|
order quantity greater than 5 refers to Order Quantity > 5
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
"Joshua Bennett" is the name of Sales Team
|
product refers to Product Name; ordered the most in 2018 refers to MAX(COUNT(OrderNumber)) where SUBSTR(OrderDate, -2) = '18';
|
the most number of sales team refers to MAX(COUNT(Sales Team));
|
What is the store id of the store located in the most populous county?
|
most populous country refers to Max(Population)
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; id refers to StoreID;
|
the highest unit price refers to MAX(Unit Price);
|
shipped refers to ShipDate; in 2019 refers to shipped in 2019 refers to SUBSTR(ShipDate, -2) = '19'; order in the said year refers to SUBSTR(OrderDate, -2) = '19'; highest number of order refers to Max(Count(OrderNumber))
|
products with the ID of 30 to 40 refer to Product Name WHERE ProductID BETWEEN 30 AND 40;
|
California is a state; CDP stores refer to StoreID where Type = 'CDP';
|
Product Name = 'Baseball'; December 2017 refers to OrderDate LIKE '12/%/17';
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
|
total orders of over 3 in 2018 refer to COUNT(OrderNumber) > 3 where SUBSTR(OrderDate, -2) = '18';
|
Rochester Ltd is the name of the customer; all the numbers ordered refer to OrderNumber; 2018 refers to SUBSTR(OrderDate, -2) = '18';
|
"Chandler" is the City Name; orders refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'
|
Which sales team has the other with the highest unit price?
|
highest unit price refers to Max(Unit Price)
|
"Joshua Bennett" is the name of Sales Team
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Phones' and Sales Channel = 'Distributor';
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
|
less need for products refers to Order Quantity = 1; purchased through a distributor refers to Sales Channel = 'Distributor'; 'Harri County' is the County
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); the highest net profit in 2019 refers to MAX(Net Profit) where OrderDate LIKE '%/19'; product refers to Product Name;
|
George Lewis refers to Sales Team; the highest number of orders refers to MAX(COUNT(OrderNumber)); which year from 2018 to 2020 refers to SUBSTR(OrderDate, -2) IN ('18', '19', '20') GROUP BY SUBSTR(OrderDate, -2);
|
highest unit price refers to Max(Unit Price)
|
highest net profit refers to Max(Subtract(Unit Price, Unit Cost)); name of product refers to Product Name
|
"Apollo Ltd" is the Customer Names; most expensive unit price refers to max(Unit Price)
|
average land area = Divide (Sum(Land Area), Count(Land Area))
|
Calculate the average net profit for bakeware product.
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Bakeware';
|
in the South refers to Region = 'South'; type of store that is most popular refers to Max(Count(Type))
|
order quantity greater than 5 refers to Order Quantity > 5
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
|
shipped from Daly City refers to Store Locations where City Name = 'Daly City'; orders refer to OrderNumber;
|
name containing the word 'Group' refers to Customer Names LIKE '%Group%';
|
average land area = Divide (Sum(Land Area), Count(Land Area))
|
highest net profit = Max(Subtract (Unit Price, Unit Cost)); name of product refers to Product Name
|
Rochester Ltd is the name of the customer; all the numbers ordered refer to OrderNumber; 2018 refers to SUBSTR(OrderDate, -2) = '18';
|
unit cost greater than 4000USD refers to Unit Cost > 4000;
|
ratio can be calculated as DIVIDE(MAX(Unit_Cost)), MIN(Unit Cost);
|
At what Latitude and Longitude is the store that has used the WARE-PUJ1005 warehouse the fewest times?
|
WARE-PUJ1005 is the WarehouseCode; fewest times refers to Min (Count(WarehouseCode))
|
COUNT(StoreID) < COUNT(StoreID where Type = 'Borough') < COUNT(StoreID where Type = 'CDP');
|
highest net profit = Max(Subtract (Unit Price, Unit Cost)); name of product refers to Product Name
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
|
shipped refers to ShipDate; in 2019 refers to shipped in 2019 refers to SUBSTR(ShipDate, -2) = '19'; order in the said year refers to SUBSTR(OrderDate, -2) = '19'; highest number of order refers to Max(Count(OrderNumber))
|
highest discount applied refers to Max(Discount Applied)
|
"Chandler" is the City Name; orders refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; store refers to StoreID WHERE OrderNumber = 'SO - 000115';
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
"Brooklyn" is the CityName; population of less than 3 million refers to Population < 3000000
|
total order quantity refers to Sum (Order Quantity); 'Candles' is the Products Name; percentage = Divide (Sum(Order Quantity where Product Name = 'Candles'), Sum(Order Quantity)) * 100
|
List all orders where its products were shipped from Daly City.
|
shipped from Daly City refers to Store Locations where City Name = 'Daly City'; orders refer to OrderNumber;
|
total orders refer to COUNT(OrderNumber); 2020 refers to SUBSTR(OrderDate, -2) = '20';
|
orders refer to OrderNumber; more than 5 product quantities refer to Order Quantity > 5;
|
WARE-PUJ1005 is the WarehouseCode; fewest times refers to Min (Count(WarehouseCode))
|
Latitude and Longitude coordinates can be used to identify the detailed position of stores; id refers to StoreID;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); AVG(net profit) where Product Name = 'Phones' and Sales Channel = 'Distributor';
|
name containing the word 'Group' refers to Customer Names LIKE '%Group%';
|
Product Name = 'Baseball'; December 2017 refers to OrderDate LIKE '12/%/17';
|
highest unit price refers to Max(Unit Price)
|
Rochester Ltd is the name of the customer; orders refer to OrderNumber;
|
What type of store is most popular in the South?
|
in the South refers to Region = 'South'; type of store that is most popular refers to Max(Count(Type))
|
George Lewis refers to Sales Team; the highest number of orders refers to MAX(COUNT(OrderNumber)); which year from 2018 to 2020 refers to SUBSTR(OrderDate, -2) IN ('18', '19', '20') GROUP BY SUBSTR(OrderDate, -2);
|
the least sold product refers to Product Name where MIN(Order Quantity);
|
Medline is the name of the customer; DIVIDE(COUNT(OrderNumber where Sales Channel = 'In-Store' and Customer Names = 'Medline'), COUNT(OrderNumber where Customer Names = 'Medline')) as percentage;
|
"Midwest" is the Region
|
Sales Team = 'Stephen Payne'; net profit can be computed as SUBTRACT(Unit Price, Unit Cost); DIVIDE(COUNT(OrderNumber where Sales Team = 'Stephen Payne' and Net Profit > 1000)), (COUNT(OrderNumber where Sales Team = 'Stephen Payne')) as percentage;
|
"Weimei Corp" is the Customer Names; in 2018, 2019 and 2020 refers to SUBSTR (OrderDate, -2) IN ('18', '19', '20') : Average order = Divide (Count (OrderNumber), 3)
|
orders refer to OrderNumber;
|
"Elorac, Corp" is the Customer Names
|
city has the largest population refers to City Name where MAX(Population);
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); highest median income city refers to City Name where MAX(Median Income);
|
What is the amount of discount applied to the product with the highest net profit and what is the name of the said product?
|
highest net profit refers to Max(Subtract(Unit Price, Unit Cost)); name of product refers to Product Name
|
shipped from Daly City refers to Store Locations where City Name = 'Daly City'; orders refer to OrderNumber;
|
highest net profit = Max(Subtract (Unit Price, Unit Cost)); name of product refers to Product Name
|
products refers to Product Name; via wholesale channel refers to Sales Channel = 'Wholesale'
|
"Joshua Bennett" is the name of Sales Team
|
"Distributor" is the Sales Channel; minimum quantity refers to Min(Order Quantity)
|
product refers to Product Name; ordered the most in 2018 refers to MAX(COUNT(OrderNumber)) where SUBSTR(OrderDate, -2) = '18';
|
total orders of over 3 in 2018 refer to COUNT(OrderNumber) > 3 where SUBSTR(OrderDate, -2) = '18';
|
order refers to OrderDate; in 2020 refers to Substr(OrderDate, -2) = '20'; January refers to Substr(OrderDate, 1, 1) = '1'; most preferred sales channel refers to Sales Channel where Max(Count(OrderNumber))
|
Ole Group is the name of the customer; discount levels applied refer to Discount Applied NOT NULL;
|
all the orders from WARE-NMK1003 refer to OrderNumber where WarehouseCode = 'WARE-NMK1003'; product refers to Product Name;
|
Count the number of orders made from the store in city with population of 3000000 to 4000000.
|
number of order refers to OrderNumber; population of 3000000 to 4000000 refers to Population BETWEEN 3000000 AND 4000000
|
less need for products refers to Order Quantity = 1; purchased through a distributor refers to Sales Channel = 'Distributor'; 'Harri County' is the County
|
orders refer to OrderNumber;
|
orders refer to OrderNumber; more than 5 product quantities refer to Order Quantity > 5;
|
Rochester Ltd is the name of the customer; all the numbers ordered refer to OrderNumber; 2018 refers to SUBSTR(OrderDate, -2) = '18';
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
city has the largest population refers to City Name where MAX(Population);
|
delivered in 2021 refer to DeliveryDate LIKE '%/21'; 'Sundial' is the Customer Names
|
all the orders from WARE-NMK1003 refer to OrderNumber where WarehouseCode = 'WARE-NMK1003'; product refers to Product Name;
|
Rochester Ltd is the name of the customer; orders refer to OrderNumber;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); the highest net profit in 2019 refers to MAX(Net Profit) where OrderDate LIKE '%/19'; product refers to Product Name;
|
List all the name of products with the ID of 30 to 40.
|
products with the ID of 30 to 40 refer to Product Name WHERE ProductID BETWEEN 30 AND 40;
|
average household income = Divide (Sum(Household Income), Count(City Name)); highest number of store refers to Max(Count(StoreID))
|
COUNT(StoreID) < COUNT(StoreID where Type = 'Borough') < COUNT(StoreID where Type = 'CDP');
|
DIVIDE(SUM(Order Quantity where Product Name = 'Ornaments' and OrderDate LIKE '%/18'), 12);
|
most populous country refers to Max(Population)
|
delivered in 2021 refer to DeliveryDate LIKE '%/21'; 'Sundial' is the Customer Names
|
Medsep Group is the name of the customer; orders refer to OrderNumber;
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); the greatest net profit in 2020 refers to MAX(net profit) where OrderDate LIKE '%/20';
|
net profit can be computed as SUBTRACT(Unit Price, Unit Cost); Joshua Bennett is the name of Sales Team;
|
Medline is the name of the customer; DIVIDE(COUNT(OrderNumber where Sales Channel = 'In-Store' and Customer Names = 'Medline'), COUNT(OrderNumber where Customer Names = 'Medline')) as percentage;
|
"Elorac, Corp" is the Customer Names
|
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