(4) Consider the following two relations in a database:CUSTOMERS:customer_id last_name first_name favorite_website4000JacksonJoetechonthenet.com5000SmithJanedigminecraft.com6000FergusonSamanthabigactivities.com7000ReynoldsAllencheckyourmath.com8000AndersonPaigeNULL9000JohnsonDerektechonthenet.comORDERS:order_id customer_id order_date170002016/04/18250002016/04/1880002016/04/19440002016/04/20NULL2016/05/01What are the data output generated for the following SQL retrievalcommands? (a) SELECT customers.customer_id, orders.order_id, orders.order_dateFROM customers INNER JOIN ordersON customers.customer_id = orders.customer_idORDER BY customers.customer_id;(b) SELECT customers.customer_id, orders.order_id, orders.order_dateFROM customers LEFT OUTER JOIN ordersON customers.customer_id = orders.customer_idORDER BY customers.customer_id;(c) SELECT customers.customer_id, orders.order_id, orders.order_dateFROM customers FULL OUTER JOIN ordersON customers.customer_id = orders.customer_idORDER BY customers.customer_id;

Answer: Answer a: customer_id order_id order_date 4000 4 2016/04/20 5000 2 2016/04/18 7000…

(4) Consider the following two relations in a database: CUSTOMERS: customer_id last_name first_name favorite_website 4000 Jackson Joe techonthenet.com 5000 Smith Jane digminecraft.com 6000 Ferguson Samantha bigactivities.com 7000 Reynolds Allen checkyourmath.com 8000 Anderson Paige NULL 9000 Johnson Derek techonthenet.com ORDERS: order_id customer_id order_date 1 7000 2016/04/18 5000 2016/04/18 8000 2016/04/19 4. 4000 2016/04/20 NULL 2016/05/01 What are the data output generated for the following SQL retrieval commands?

(4) Consider the following two relations in a database: CUSTOMERS: customer_id last_name first_name favorite_website 4000 Jackson Joe techonthenet.com 5000 Smith Jane digminecraft.com 6000 Ferguson Samantha bigactivities.com 7000 Reynolds Allen checkyourmath.com 8000 Anderson Paige NULL 9000 Johnson Derek techonthenet.com ORDERS: order_id customer_id order_date 1 7000 2016/04/18 5000 2016/04/18 8000 2016/04/19 4. 4000 2016/04/20 NULL 2016/05/01 What are the data output generated for the following SQL retrieval commands?

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Related questions

Q: Consider the following schema and answer the following SQL queries. Employee ( person_name , street,…

A: Hey, since multiple sub part questions posted, we will answer first three sub part questions…

Q: Given the default schema of a database: Customers 123 Customerld ADC FirstName ADC LastName ADC City…

A: Answer: We need to write the given SQL command what will be return so we will see in the more…

Q: Given the default schema of a database: EB Orders 123 Orderld OrderDate ADC OrderNumber 123…

A: The question has been answered in step2

Q: Given the following two tables answer the question below Employee ID 25 205 392 *** Department Dept…

A: HI THEREI AM ADDING ASNWER BELOWPLEASE GO THROUGH ITTHANK YOU

Q: diagnose the problem?

A: You'll probably use a PC every day at work, whether you're engineering rockets or combing poodles.…

Q: database with Howing BUIMOTTO Table: Employees | Column Name 1 Туре I id | int | varchar I I name…

A: The SQL queried is given below.

Q: Create the following table in your database with the following schema: Table: orders | Column Name 1…

A: Here are all the queries:

Q: Using SQL Query: 1. Find the d_ids of Dealers who sell some Black Car and some Yellow Car 2. Find…

A: SQL: SQL (Structured Query Language) is a programming language that is used to conduct operations on…

Q: Using the types of entities database attached (trips, guides, customers, and reservations), create…

A: Trip_No Trip_Dt Trip_Dest Trip_Price Guide_Name Guide_Phone Cust_Name Cust_Phone…

Q: Create the following table in your database with the following schema: Table: Customer +- | Column…

A: syntax to create table:- create table tableName(column_name data_type constraint); syntax to insert…

Q: Practical 1: Write a menu driven program that runs till the user desires, Menu is given below with…

A: Since you have asked multiple questions, we will solve the first question for you. If you want any…

Question

(4) Consider the following two relations in a database:
CUSTOMERS:
customer_id last_name first_name favorite_website
4000
Jackson
Joe
techonthenet.com
5000
Smith
Jane
digminecraft.com
6000
Ferguson
Samantha
bigactivities.com
7000
Reynolds
Allen
checkyourmath.com
8000
Anderson
Paige
NULL
9000
Johnson
Derek
techonthenet.com
ORDERS:
order_id customer_id order_date
1
7000
2016/04/18
2
5000
2016/04/18
8000
2016/04/19
4
4000
2016/04/20
NULL
2016/05/01
What are the data output generated for the following SQL retrieval
commands?

(a) SELECT customers.customer_id, orders.order_id, orders.order_date
FROM customers INNER JOIN orders
ON customers.customer_id = orders.customer_id
ORDER BY customers.customer_id;
(b) SELECT customers.customer_id, orders.order_id, orders.order_date
FROM customers LEFT OUTER JOIN orders
ON customers.customer_id = orders.customer_id
ORDER BY customers.customer_id;
(c) SELECT customers.customer_id, orders.order_id, orders.order_date
FROM customers FULL OUTER JOIN orders
ON customers.customer_id = orders.customer_id
ORDER BY customers.customer_id;

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.

Similar questions

Based on the ER design create the schema for your online auction database, apply some combination of translating the ER components to relations and normalization. Provide SQL statements to create all of the relations in your database.
Name an example of an attribute in the following table. Student_ID Student Name Student Street Address 4411 Ramona Garrett 233 POOL Alley 3068 Roberto Mendoza 73192 KENSINGTON Rd. 4383 Bradley Pierce 93691 SOLIDARITY Rd. 4975 Leigh Freeman 63759 EASTGATE Rd. 4799 Candace Washingtoi 6144 POOL Dr.
Question 2 and 3
oracle sql
Consider the following schema:instructor(ID, name, dept_name, salary)department(dept_name, building, college, budget)What is the correct SQL statement to perform a query to find the names and average salaries of departments in the college of ‘Science’ whose average salary is greater than 75000? (a) select dept_name, avg (salary)from instructor natual join departmenthaving college = ‘Science’group by dept_namewhere avg (salary) > 75000;(b) select dept_name, avg (salary)from instructor natual join departmentwhere college = ‘Science’group by dept_namewhere avg (salary) > 75000;(c) select dept_name, avg (salary)from instructor natual join departmentwhere college = ‘Science’group by dept_namehaving avg (salary) > 75000;(d) select dept_name, avg (salary)from instructor natual join departmenthaving college = ‘Science’group by dept_namehaving avg (salary) > 75000;(e) select dept_name, avg (salary)from instructor natual join departmentwhere college = ‘Science’and avg (salary) >…
please solve this fast
1. Open SQL Microsoft SQL Management Studio. 2. Create a database named DB_CompanyX. 3. Create tables for the database. See Table 1 for the table name, column name, and data type. Table 1. Creating Tables Table Name Data Type Column EMPLOYEE_NO *primary key* BIGINT BIRTH_DATE DATE FIRST_NAME VARCHAR (50) TBL_EMPLOYEE LAST_NAME VARCHAR (50) GENDER VARCHAR HIRE_DATE DATE EMPLOYEE_NO *foreign key* BIGINT TITLE VARCHAR (50) TBL_EMP_TITLE FROM_DATE DATE TO_DATE DATE EMPLOYEE_NO *foreign key* BIGINT SALARY INT TBL_EMP_SALARY FROM_DATE DATE TO_DATE DATE EMPLOYEE_NO *foreign key* BIGINT DEPARTMENT_NO *foreign key* CHAR (10) TBL_DEPT_EMP FROM_DATE DATE TO_DATE DATE 02 Task Performance 1 *Property of STI Page 1 of 2 STI IT1924 DEPARTMENT_NO *primary key* CHAR (10) TBL_DEPARTMENTS DEPARTMENT_NAME VARCHAR (40) DEPARTMENT_NO *foreign key* CHAR (10) EMPLOYEE_NO *foreign key* BIGINT TBL_DEPARTMENT_MANAGER FROM_DATE DATE TO_DATE DATE 4. Create a database diagram and include all the tables. 5. Using…
convert it to relations that are normalization
SQL Queries: Given the following schema. Primary keys are underlined and highlighted in yellow and foreign keys are bold. The meaning of the relations is straightforward. Medical_Staff(MS_Id, MS_First, MS_Last, MS_PhoneNumber, MS_Occupation, Salary) Blood_Bank(Bank_Id, Bank_Name, Bank_Street, Bank_City, Bank_St, Bank_PhoneNumber) Donor(Donor_Id, Donor_First, Donor_Last, Donor_BloodType, Donor_City, Donor_St, DOB, TotalNumberOfDonations) Donation_Record(Donor_Id, Donation_Date, Donation_Amount) Employee(MS_Id, Bank_Id) Storage(Donor_Id, Donation_Date, Bank_Id) Write SQL queries to answer the following questions: a.Find the average donation amount for Sue Thompson (Donor Id = 3329) for the year 2018. b.Sum all donations by Bank for each State (i.e. the State the blood bank is located in, not the Donor). c.Find the name of the youngest donor and all the donations made in by that donor in 2020.
identify the primary keys figure q3.22 the ch03_theather database table
Consider the following schemas: Employee(staffId, name, salary, depNo) primary key staffId foreign key depNo references Department(depNo) Department(depNo,depname, totalSal) primary key depNo and the following procedural SQL statement: CREATE TRIGGER mystery AFTER INSERT ON Employee FOR EACH ROW IF NOT (NEW.depNo IS NULL) UPDATE Department SET totalSal = totalSal + NEW.salary NEW.depNo WHERE depNo ENDIF / = Explain what this trigger does without referring to its code. Describe the effect on the database that it has.
Make your own relation instance(s)○ Determine a schema○ Write a CREATE command for the instance(s)○ Choose another SQL command that modifies the relation and write it in full