Java Program:Task: Create a Java program to find and display prime numbers within a specified range provided by the user.Simplified Coding Task in Java:Task: Create a Java program to find and display prime numbers within a specified range provided by the user.Instructions:Ask the user to input two numbers that define the range.Calculate and print all prime numbers within that range.Repeat the process for another range.Getting Started:You can use variables as needed.Use a loop to generate odd integers greater than 1 as candidate prime numbers.For each candidate, check if it is prime by using the modulo operation (a % b returns the remainder).Determine how many integers you need to check as divisors. You don't need to go beyond the candidate you are checking.If a candidate is prime, print its sequence number and the prime number itself.Coding Requirements:Begin your program with a block comment specifying the assignment number, author, and a brief description.Properly label the end of your class and the main method with appropriate "ending" comments.Maintain consistent coding standards, including vertically aligning opening and closing braces, proper indentation, using meaningful variable names, and adding comments where necessary.

I have provided JAVA CODE along with CODE SCREENSHOT and OUTPUT SCREENSHOT-----------

Answered: Java Program: Task: Create a Java…

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

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Java Program:

Task: Create a Java program to find and display prime numbers within a specified range provided by the user.

Simplified Coding Task in Java:

Task: Create a Java program to find and display prime numbers within a specified range provided by the user.

Instructions:

Ask the user to input two numbers that define the range.
Calculate and print all prime numbers within that range.
Repeat the process for another range.

Getting Started:

You can use variables as needed.
Use a loop to generate odd integers greater than 1 as candidate prime numbers.
For each candidate, check if it is prime by using the modulo operation (a % b returns the remainder).
Determine how many integers you need to check as divisors. You don't need to go beyond the candidate you are checking.
If a candidate is prime, print its sequence number and the prime number itself.

Coding Requirements:

Begin your program with a block comment specifying the assignment number, author, and a brief description.
Properly label the end of your class and the main method with appropriate "ending" comments.
Maintain consistent coding standards, including vertically aligning opening and closing braces, proper indentation, using meaningful variable names, and adding comments where necessary.

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