Design and write a modular python program for chapter 7 programming exercise #12 from your textbook, with the following modifications: 1. prompt for input of a positive number and call a function to determine if all the numbers from 2 up to and including the input number is a prime or composite number 2. display all the numbers tested with the appropriate label (prime or composite) 3. after completing the task of displaying the numbers the program should ask for a second number input 4. entry of a negative number will end the program Be sure to use clear promptelah

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
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Design and write a modular python program for chapter 7 programming exercise #12 from your textbook, with the following
modifications:
1. prompt for input of a positive number and call a function to determine if all the numbers from 2 up to and including the input
number is a prime or composite number
2. display all the numbers tested with the appropriate label (prime or composite)
3. after completing the task of displaying the numbers the program should ask for a second number input
4. entry of a negative number will end the program
Be sure to use clear prompts/labeling for input and output.
Transcribed Image Text:Design and write a modular python program for chapter 7 programming exercise #12 from your textbook, with the following modifications: 1. prompt for input of a positive number and call a function to determine if all the numbers from 2 up to and including the input number is a prime or composite number 2. display all the numbers tested with the appropriate label (prime or composite) 3. after completing the task of displaying the numbers the program should ask for a second number input 4. entry of a negative number will end the program Be sure to use clear prompts/labeling for input and output.
12. Prime Number Generation
A positive integer greater than 1 is said to be prime if it has no divisors other than 1 and itself. A
positive integer greater than 1 is composite if it is not prime. Write a program that asks the user to
enter an integer greater than 1, then displays all of the prime numbers that are less than or equal to
the number entered. The program should work as follows:
. Once the user has entered a number, the program should populate a list with all of the
integers from 2 up through the value entered.
• The program should then use a loop to step through the list. The loop should pass each
element to a function that displays whether the element is a prime number, or a composite
number.
Transcribed Image Text:12. Prime Number Generation A positive integer greater than 1 is said to be prime if it has no divisors other than 1 and itself. A positive integer greater than 1 is composite if it is not prime. Write a program that asks the user to enter an integer greater than 1, then displays all of the prime numbers that are less than or equal to the number entered. The program should work as follows: . Once the user has entered a number, the program should populate a list with all of the integers from 2 up through the value entered. • The program should then use a loop to step through the list. The loop should pass each element to a function that displays whether the element is a prime number, or a composite number.
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