Your sample output must be identical to mine:

Alternately,

Alternately,

Assignment 11.2: Prices (10pts)

• Copy the following program into a file named Price.java:
  

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  public static void main(String[] args) { String name; double price = 0;   Scanner input = new Scanner(System.in); System.out.print("Enter the product name: "); name = input.nextLine();   System.out.print("Price of the " + name + ": "); price = input.nextDouble(); // Insert new statements here System.out.println("Total price: $" + price); }

• Alter the block comments to include your name and section information to the top of the program.
• Compile and run the starter program to make sure you entered it correctly.

  When you run the program, the output should look like this:

  Enter the product name: iPod Nano
  Price of the iPod Nano: 149.50
  Total price: $149.5
  

  Note the format of the numbers output for the total price. We will address this formatting issue later in the exercise.

• Run the program again for a product with a very high cost, like a Boeing 777:

  Enter the product name: Boeing 777
  Price of the Boeing 777: 212345678
  Total price: $2.12345678E8
  

  Note the format of the numbers output for the total price. This format is called exponential notation. You may have encountered it in some of your math classes.
  

• Let us correct the formatting of the total price. Alter the System.out statement that prints the total price:

  System.out.printf("Total price: $%.2f\n", price);
  

  Compile and run your program again and verify the output looks like:

  Enter the product name: Boeing 777
  Price of the Boeing 777: 212345678
  Total price: $212345678.00
  

• Let us add a final variable that we will use later in our program. Enter the following code after the printf statement and before the statement that prints the total price:

  final int percent = 100;
  

  We are declaring this variable rather than using a magic number.
  

• Now we will add sales tax to the price of the product. Enter the following code after the percent variable and before the statement that prints the total price:

  double taxRate = 0;
  System.out.print("Enter sales tax rate (%): ");
  taxRate = input.nextDouble();
  double tax = price * taxRate / percent;
  price += tax;
  

  Notice the last statement: price += tax;. This is an alternate way to code the statement: price = price + tax;.

• Compile and run your modified program and verify the output looks like:

  Enter the product name: iPod nano
  Price of the iPod nano: 89.50
  Enter sales tax rate (%): 9.5
  Total price: $98.00
  

• Now we will find the whole dollars and cents of the amount to demonstrate casting. Enter the following code after the statement that prints the total price and before the closing curly brace of main:

  int dollars = (int) price;
  System.out.println("In whole dollars: $" + dollars);
  

  Notice the (int) in the first statement. This is known as a type cast or just cast. 
  

• Compile and run your modified program and verify the output looks like. Then, submit Prices.java to Canvas.

  Enter the product name: iPod nano
  Price of the iPod nano: 89.50
  Enter sales tax rate (%): 9.5
  Total price: $98.00
  In whole dollars: $98
  

Create a new Java file called HumptyDumpty.java.

Note: This assignment inspiration comes from the following English nursery rhyme:

Humpty Dumpty sat on a wall,
Humpty Dumpty had a great fall;
All the King's horses
And all the King's men,
Couldn't put Humpty together again.