**Java Overloading Methods for Educational Purposes**To effectively understand method overloading in Java, follow the coding instructions detailed below for implementing two overloaded methods. These methods will showcase how different parameters can result in varied implementations with the same method name.**Task: Code 2 Complete Overloaded Methods**1. **Method Signatures:** - `multiply(int, int)` - `multiply(double, double)`2. **Method Specifiers:** - `public static`3. **Return Type:** Based on the signature data types, the return type will either be an `int` or a `double`.4. **Parameter Variables:** - `num1` - `num2`5. **Return Statement:** - Return the result of the calculation.```java// Method header of the first overloaded method.public static int multiply(int num1, int num2) { // Java statement. return num1 * num2;}// Method header of the second overloaded method.public static double multiply(double num1, double num2) { // Java statement. return num1 * num2;}```### Printing Results with `printf`Develop 2 `printf` statements leveraging these methods to properly format your output:- Use integers `9` and `15` for the `multiply(int, int)` method.- Use `value1` and `value2` for the `multiply(double, double)` method.**Format String Example:**"The product is ____."- Insert the format specifier for the returned result.```java// First printf()System.out.printf("\nThe product is %d.\n", multiply(9, 15));// Second printf()System.out.printf("\nThe product is %.2f.\n", multiply(value1, value2));```Through these methods, you learn how to use method overloading in Java to achieve varying implementations using the same method name with different parameters.

//first block public static int multiply(int num1, int num2) //Second block { return num1*num2 ; }…

Code 2 complete overloaded methods. Code in the order of the signatures listed. 1. Method Signatures: o multiply (int, int) o multiply (double, double) 2. Method Specifiers: public static 3. Return Type: based on the signature data types. 4. Parameter Variables: numi, num2 5. Return Statement: return from the calculation. //Method header of first overloaded method. IIJava statement, //Method header of second overloaded method. I/Java statement. Code 2 printf statements using each one of the above methods as the argument for the format specifier. Pass 9 and 15 to the method that multiplies integer and valuel and value 2 to the method that multiplies doubles. The format string is "The product is ." where the underline represents the format specifier you are to insert with a line advance at the beginning and end. //First printf() //Second printf()

Code 2 complete overloaded methods. Code in the order of the signatures listed. 1. Method Signatures: o multiply (int, int) o multiply (double, double) 2. Method Specifiers: public static 3. Return Type: based on the signature data types. 4. Parameter Variables: numi, num2 5. Return Statement: return from the calculation. //Method header of first overloaded method. IIJava statement, //Method header of second overloaded method. I/Java statement. Code 2 printf statements using each one of the above methods as the argument for the format specifier. Pass 9 and 15 to the method that multiplies integer and valuel and value 2 to the method that multiplies doubles. The format string is "The product is ." where the underline represents the format specifier you are to insert with a line advance at the beginning and end. //First printf() //Second printf()

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

See similar textbooks

Similar questions

Java Methods Discussion Please "write an entire method (method header and body) for each option below in which it makes sense to use a: 1. void method (other than main method) 2. value-returning method "Please give an actual code example with explanation for each and not just a definition of what these mean. By *explanation, I mean why did you select to have it have a "void" return vs. a "value" return? Relate this to what happens inside the method.
In java just add code between the comments public class A6 {/*** In this Java file, you will write three methods that will ensure that the calls in the main methods are* properly executed. You do NOT have to change anything in the main() method. You have to write the methods that* will complete the program.** Pay attention to the method name, the method return type, and the method parameters.*/public static void main(String[] args) {/*Your first method will ask user to enter two values and return the exponent where the firstnumber will be the base and the second will be the exponent. Remember to use a mathematical function.If the user enters value 1 as 2 and value 2 as 3, output of your method should be 8 (2 raised to power 3)*/double calculatedExponent = exponentCalculator();System.out.println(calculatedExponent); //this should print out the exponent value/* Your second method will have two parameters. The first is a String and the second is a number. The methodshould return the…
What is the purpose of the super keyword when used in an overridden method?
11
Look through the method header below, then, as an example, write a call to the method.an internal void ShowValue()