public class ItemToPurchase { private String itemName; private int itemPrice; private int itemQuantity; // Default constructor public ItemToPurchase() { itemName = "none"; itemPrice = 0; itemQuantity = 0; } // Mutator for itemName public void setName(String itemName) { this.itemName = itemName; } // Accessor for itemName public String getName() { return itemName; } // Mutator for itemPrice public void setPrice(int itemPrice) { this.itemPrice = itemPrice; } // Accessor for itemPrice public int getPrice() { return itemPrice; } // Mutator for itemQuantity public void setQuantity(int itemQuantity) { this.itemQuantity = itemQuantity; } // Accessor for itemQuantity public int getQuantity() { return itemQuantity; }}import java.util.Scanner;public class ShoppingCartPrinter { public static void main(String[] args) { Scanner scnr = new Scanner(System.in); // Creating instances of ItemToPurchase ItemToPurchase item1 = new ItemToPurchase(); ItemToPurchase item2 = new ItemToPurchase(); // Setting properties for item1 item1.setName("Laptop"); item1.setPrice(800); item1.setQuantity(2); // Setting properties for item2 item2.setName("Mouse"); item2.setPrice(20); item2.setQuantity(5); // Displaying item information System.out.println("Item 1:"); System.out.println("Name: " + item1.getName()); System.out.println("Price: $" + item1.getPrice()); System.out.println("Quantity: " + item1.getQuantity()); System.out.println("Total Cost: $" + item1.getPrice() * item1.getQuantity()); System.out.println(); System.out.println("Item 2:"); System.out.println("Name: " + item2.getName()); System.out.println("Price: $" + item2.getPrice()); System.out.println("Quantity: " + item2.getQuantity()); System.out.println("Total Cost: $" + item2.getPrice() * item2.getQuantity()); }} ### Educational Website Transcription#### Input Section- **Chocolate Chips** - Quantity: 3 - Unit Price: 1 - **Bottled Water** - Quantity: 1 - Unit Price: 10 #### Your Output Section- **Item 1:** - **Name:** Laptop - **Price:** $800 - **Quantity:** 2 - **Total Cost:** $1600- **Item 2:** - **Name:** Mouse - **Price:** $20 - **Quantity:** 5 - **Total Cost:** $100#### Expected Output Section- **Item 1:** - Enter the item name: - Enter the item price: - Enter the item quantity:- **Item 2:** - Enter the item name: - Enter the item price: - Enter the item quantity:### ExplanationThe image displays different sections showing input items, your program's current output, and the expected output format. - **Input Section:** Lists initial items with their quantities and prices.- **Your Output Section:** Shows what your program currently outputs after processing inputs.- **Expected Output Section:** This format should be used to prompt for item details, helping to structure data entry correctly.The diagram is essentially a comparison between expected results and current functionality. This is useful for debugging or learning the correct output structure. ### Input- Product Name: Chocolate Chips- Price per unit: 3- Quantity: 1- Product Name: Bottled Water- Price per unit: 1- Quantity: 10### Your Output#### Item 1:- Name: Laptop- Price: $800- Quantity: 2- Total Cost: $1600#### Item 2:- Name: Mouse- Price: $20- Quantity: 5- Total Cost: $100### Expected Output#### Item 1:- Enter the item name:- Enter the item price:- Enter the item quantity:#### Item 2:- Enter the item name:- Enter the item price:- Enter the item quantity:#### Total Cost:- Chocolate Chips 1 @ $3 = $3- Bottled Water 10 @ $1 = $10**Total:** $13### ExplanationThis illustration involves a simple input and output program dealing with itemized purchases.- **Input Section:** Shows the data inputted for two items, Chocolate Chips and Bottled Water, including their respective prices per unit and quantities. - **Your Output Section:** Demonstrates a mismatch, likely due to incorrect item entries labeled as Laptop and Mouse, with both the quantities and total costs calculated incorrectly based on the expected input. - **Expected Output Section:** Displays the correct prompt and computation format expected from the program. The total cost sums up the individual totals of the given items, producing the final total of $13.The example illustrates the necessity for precise data entry and adherence to expected input formats for correct computational outcomes in programming environments, specifically related to itemized costs and sales.

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public class ItemToPurchase { private String itemName; private int itemPrice; private int itemQuantity; // Default constructor public ItemToPurchase() { itemName = "none"; itemPrice = 0; itemQuantity = 0; } // Mutator for itemName public void setName(String itemName) { this.itemName = itemName; } // Accessor for itemName public String getName() { return itemName; } // Mutator for itemPrice public void setPrice(int itemPrice) { this.itemPrice = itemPrice; } // Accessor for itemPrice public int getPrice() { return itemPrice; } // Mutator for itemQuantity public void setQuantity(int itemQuantity) { this.itemQuantity = itemQuantity; } // Accessor for itemQuantity public int getQuantity() { return itemQuantity; } } import java.util.Scanner; public class ShoppingCartPrinter { public static void main(String[] args) { Scanner scnr = new Scanner(System.in); // Creating instances of ItemToPurchase ItemToPurchase item1 = new ItemToPurchase(); ItemToPurchase item2 = new ItemToPurchase(); // Setting properties for item1 item1.setName("Laptop"); item1.setPrice(800); item1.setQuantity(2); // Setting properties for item2 item2.setName("Mouse"); item2.setPrice(20); item2.setQuantity(5); // Displaying item information System.out.println("Item 1:"); System.out.println("Name: " + item1.getName()); System.out.println("Price: $" + item1.getPrice()); System.out.println("Quantity: " + item1.getQuantity()); System.out.println("Total Cost: $" + item1.getPrice() * item1.getQuantity()); System.out.println(); System.out.println("Item 2:"); System.out.println("Name: " + item2.getName()); System.out.println("Price: $" + item2.getPrice()); System.out.println("Quantity: " + item2.getQuantity()); System.out.println("Total Cost: $" + item2.getPrice() * item2.getQuantity()); } }