STAFF TABLE: STAFF TABLE: Staff No 101 102 103 Payslip Number sName 1011 1021 1031 Kylen Kim Jane Employment Date 2001/05/01 2001/05/02 2001/05/03 Salary 2000 4000 3000 Formulate SQL statements to create a new Table called "TEMP_STAFF" which contains exact same information as "STAFF" table above and specify "Staff No" as Primary Key.

STAFF TABLE: STAFF TABLE: Staff No 101 102 103 Payslip Number sName 1011 1021 1031 Kylen Kim Jane Employment Date 2001/05/01 2001/05/02 2001/05/03 Salary 2000 4000 3000 Formulate SQL statements to create a new Table called "TEMP_STAFF" which contains exact same information as "STAFF" table above and specify "Staff No" as Primary Key.

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

Similar questions

Richardson Ski Racing (RSR) sells equipment needed for downhill ski racing. One of RSR's products is fencing used on downhill courses. The fence product comes in 150-foot rolls and sells for $215 per roll. However, RSR offers quantity discounts. The following table shows the price per roll depending on order size: Quantity Ordered From To Price per Roll 1 30 $215 31 60 $195 61 ཙཙ 120 $175 121 and up $155 Click on the datafile logo to reference the data. (a) Use the VLOOKUP function with the preceding pricing table to determine the total revenue from these orders. $ (b) Use the COUNTIF function to determine the number of orders in each price bin. From To Price per Roll Number of Orders 1 30 $215 31 60 $195 61 120 $175 121 and up $155 172 12
You have the following tables: MANAGERS (MANAGER_ID, LAST_NAME, FIRST_NAME, DEPARTMENT) ACCOUNTS (ACCOUNT_NUMBER, MANAGER_ID, CUST_ID, BALANCE) CUSTOMERS (CUST_ID, LAST_NAME, FIRST_NAME) Write a SQL statement that lists account number, balance, MANAGER’s last name, CUSTOMER ID, and CUSTOMER’s last name for every account in the ACCOUNTS table.
1) Write the SQL code to add a column that shows the full name of the Employee in the Employee Table. The expecting format should be “Firstname Initial Lastname” (e.g., “John G News” for the EMP_NUM 101) 2) Write the SQL code to add a binary variable “Hire_prior_2000” in the Employee table. If the hire year (year of hire needs to be identified) is prior to 2000, then Hire_prior_2000=1, other wise Hire_prior_2000=0.
Consider Following Tables. Student ( regNo, sName, sCity, sCGPA, sAge) Course ( cCode, cName, credit_hours) Enrollment (regNo, cCode, semester, Grade) Write SQL queries for the following statements. NOTE: you must use “CARTESIAN PRODUCT” query only. Display names of all those students who have “A” Display student name and ccode of all those students who have ‘F’ grade in 5th Display data of all those students who have enrolled at least 10 Display grade of ‘Ali’ in course ‘CS101’. Display all Grades of ‘Irshad’ in 7th Display names of all courses and grades of ‘Amir’. Display list of courses which are taught in 7th (course name must not repeat) Display list of all students by name and course name they have Display total number of ‘F’ grade by ‘Amir’. Display all those students who have not enrolled any course
SQL procedure a. Write a procedure in SQL that inserts a new customer record into the "Customers" table. b. Create a procedure that updates the quantity of a product in the "Inventory" table based on the product ID. c. Write a procedure that calculates the average salary of all employees in the "Employees" table and displays the result.
SQL QUERIES Employees(EMPLOYEE_ID, FIRST_NAME, LAST_NAME, EMAIL, PHONE_NUMBER, HIRE_DATE,JOB_ID, SALARY, COMMISSION_PCT, MANAGER_ID, DEPARTMENT_ID,DEPARTMENT_NAME)Department(DEPARTMENT_ID, DEPARTMENT_NAME, MANAGER_ID, LOCATION_ID)Location(LOCATION_ID,STREET_ADDRESS,POSTAL_CODE,CITY,STATE_PROVINCE,COUNTRY_ID) Write a query in SQL to display the DEPARTMENT_NAME of all those Departments whoseDEPARTMENT_ID is greater than the DEPARTMENT_ID of Physics department. Write a Query in SQL to show the FIRST_NAME of all those employees whose salary is lessthan the salary of all those employees whose MANAGER_ID is 101 or 102.
calculate_new_balance Given a starting balance (a number), and a list of transaction tuples, calculate the final balance for an account. Transaction tuples are of the shape ("description", amount, "withdrawal") , or ("description", amount, "deposit"). The last entry in the tuple will be either "withdrawal" or "deposit". Every withdrawal decreases the balance of the account by the specified amount, and every deposit increases the balance. The return value is the new account balance, as a number. (which could be negative) Sample calls should look like: >>> calculate_new_balance(100, [("payday", 20, "deposit"), ("new shoes", 50, "withdrawal"), ("illicit winnings", 200, "deposit")])270>>> calculate_new_balance(100, [])100
**In SQL** Write a SELECT statement that returns these columns: InstructorDept The DepartmentName column from the Departments table for a related instructor LastName The LastName column from the Instructors table FirstName The FirstName column from the Instructors table CourseDescription The CourseDescription column from the Courses table CourseDept The DepartmentName column from the Departments table for a related instructor Return one row for each course that’s in a different department than the department of the instructor assigned to teach that course. (Hint: You will need to join the Departments table to both the Instructors table and the Courses table, which will require you to use table aliases to distinguish the two tables.)
Write the following SQL Statements: Write a SELECT statement that returns one row for each customer that has orders with these columns: The email_address from the Customers table A count of the number of orders The total amount for each order (Hint: First, subtract the discount amount from the price. Then, multiply by the quantity.) Return only those rows where the customer has more than 1 order. Sort the result set in descending sequence by the sum of the line item amounts. Write a SELECT statement that answers this question: What is the total amount ordered for each product? Return these columns: The product name from the Products table The total amount for each product in the Order_Items (Hint: You can calculate the total amount by subtracting the discount amount from the item price and then multiplying it by the quantity) Use the ROLLUP operator to include a row that gives the grand total. Write a SELECT statement that answers this question: Which customers have ordered more…
Instructor(Instructor_Id, Instructor_Name, specialization, Address,#Department_Id)Department(Department_Id, Department_Name)Course(Course_code, Course_Title,Credit_hours,Contact_hours,#Department_Id)Teaching(#Instructor_Id, #Course_code)a) Express in SQL the following queries:i. Change to 6 the number of contact hours of the course which has thecode “ITDR2104”.ii. Add a new column named instructorLoad of type Number(2) to thetable instructor.iii. List the details of all the courses having a code that starts with“ITDR”. The output should be sorted in descending order by credithours.iv. Find the number of courses taught by the instructor whose name is“Ahmed”.v. List the names of all departments along with the number of coursesoffered by each department.vi. Find the titles of courses, which are taught by the instructor who isnamed “Ahmed”.b) Create a view named instructor_of_DBCourse to contain the details(Instructor_Name, specialization, Address, Department_Id) ofinstructors who teach…
SQL Database Write PL/SQL or T-SQL procedures to accomplish the following tasks: Obtain the first name and last name, separated by a space, of the guide whose number currently is stored in I_GUIDE_NUM. Place these values in the variables I_FIRST_NAME and I_LAST_NAME. Output the contents of I_GUIDE_NUM, I_FIRST_NAME, and I_ LAST_NAME. Obtain the number of persons, customer number, and customer last name for every reservation whose ID currently is stored in I_RESERVATION_ID. Place these values in the variables I_NUM_PERSONS, I_CUSTOMER_NUM, and I_LAST_NAME, respectively. Output the contents of I_NUM_PERSONS, I_CUSTOMER_NUM, and I_LAST_NAME. Add a row to the GUIDE table. Change the last name of the guide whose number is stored in I_GUIDE_NUM to the value currently found in I_LAST_NAME. Delete the guide whose number is stored in I_GUIDE_NUM
Problem Your task is to write an SQL query that uses SQL's time constants to dynamically determine the timezone the database server is configured to use. Your query should return the timezone as a single string value with the timezone offset relative to the Coordinated Universal Time (UTC). The single output column should be named tz_offset, and the value should be in the form: UTC: where and use two digits in 24-hour format, padded with leading zeroes if necessary. Example: if the server used India's timezone the output should be: | tz_offset | | UTC+05:30 (1 row) query.sql> init.sql 1