Apply method overloading in a program. Procedure: 1. Develop a simple program for an individual savings...

Transcribed Image Text:

Apply method overloading in a program. Procedure: 1. Develop a simple program for an individual savings account. Create two (2) classes named AmountDue (no class modifier) and RunAmount Due (public). 2. For the Amount Due class, create three (3) overloaded methods named computeAmount Due based on the following conditions: With a single parameter: It represents the price of one (1) item ordered. Add 12% tax and return the total due. With two (2) parameters: These represent the price of an item and the quantity ordered. Multiply the two (2) values, add 12% tax, and return the total due. With three (3) parameters: These represent the price of an item, the quantity ordered, and the discount amount. Multiply the quantity and price, deduct the discount amount, add 12% tax, and return the total due. 3. For the RunAmountDue class, import the Scanner class to be able to use the nextDouble() method. 4. Instantiate an Amount Due object named due in the main method to use the three (3) overloaded methods you have created earlier. When the program runs, the user can input 1-3 values separated by spaces, then the amount due will be displayed. Sample Output: Press any of the following then enter values separated by spaces: 1- Price only 2 Price and quantity 3 Price, quantity, and discount amount 3 300 4 50 Amount due is 1186.0 Apply method overloading in a program. Procedure: 1. Develop a simple program for an individual savings account. Create two (2) classes named AmountDue (no class modifier) and RunAmount Due (public). 2. For the Amount Due class, create three (3) overloaded methods named computeAmount Due based on the following conditions: With a single parameter: It represents the price of one (1) item ordered. Add 12% tax and return the total due. With two (2) parameters: These represent the price of an item and the quantity ordered. Multiply the two (2) values, add 12% tax, and return the total due. With three (3) parameters: These represent the price of an item, the quantity ordered, and the discount amount. Multiply the quantity and price, deduct the discount amount, add 12% tax, and return the total due. 3. For the RunAmountDue class, import the Scanner class to be able to use the nextDouble() method. 4. Instantiate an Amount Due object named due in the main method to use the three (3) overloaded methods you have created earlier. When the program runs, the user can input 1-3 values separated by spaces, then the amount due will be displayed. Sample Output: Press any of the following then enter values separated by spaces: 1- Price only 2 Price and quantity 3 Price, quantity, and discount amount 3 300 4 50 Amount due is 1186.0