Delve into the world of programming with our comprehensive guide on the â€˜Average Percentage Calculator Program in Javaâ€™. This blog will introduce you to the fundamentals of the program, focusing primarily on how it can be implemented in Java, a popular object-oriented programming language. By the end of this blog, you will have a deeper understanding of how to write, compile, and run an â€˜Average Percentage Calculator Program in Javaâ€™.

### Average Percentage Calculator Program in Java- Code

// Importing the Scanner class to read user input import java.util.Scanner; // Creating a class named AveragePercentageCalculator public class AveragePercentageCalculator { // Main method public static void main(String[] args) { // Creating a Scanner object to read user input Scanner input = new Scanner(System.in); // Prompting the user to enter the number of subjects System.out.print("Enter the number of subjects: "); // Reading the number of subjects entered by the user int numSubjects = input.nextInt(); // Initializing a variable to store the total percentage double totalPercentage = 0; // Looping through each subject for (int i = 1; i <= numSubjects; i++) { // Prompting the user to enter the percentage for each subject System.out.print("Enter the percentage for subject " + i + ": "); // Reading the percentage entered by the user double percentage = input.nextDouble(); // Adding the percentage to the total percentage totalPercentage += percentage; } // Calculating the average percentage double averagePercentage = totalPercentage / numSubjects; // Displaying the average percentage to the user System.out.println("The average percentage is: " + averagePercentage + "%"); // Closing the Scanner object input.close(); } }

#### Output

```
Enter the number of subjects: 3
Enter the percentage for subject 1: 45
Enter the percentage for subject 2: 73
Enter the percentage for subject 3: 54
The average percentage is: 57.333333333333336%
```

## Understanding the â€˜Average Percentage Calculator Program in Javaâ€™

- The program starts with importing the Scanner class from java.util package.
- The main method is declared where the execution of the program begins.
- A Scanner object is created to take user inputs.
- The number of subjects is asked and stored in variable â€˜nâ€™.
- An integer array â€˜marksâ€™ is declared to store the marks of â€˜nâ€™ subjects.
- Using a for loop, marks for each subject are taken as input and added to the sum.
- The average is then calculated by dividing the sum by â€˜nâ€™.
- Finally, the average is printed on the console.

## Introducing the â€˜Average Percentage Formula in Javaâ€™

The â€˜Average Percentage Formulaâ€™ is a fundamental concept that is essential in various fields, particularly in mathematics and statistics. The formula is used to calculate the average of a set of values, which is the sum of the values divided by the number of values. It is a simple yet powerful tool that helps us find the middle ground of a data set. Understanding this formula is key to interpreting data and making informed decisions. This concept is especially important for students as it forms the foundation for more complex mathematical and statistical concepts.

## Importance of Understanding the â€˜Average Percentage Formula in Javaâ€™ Concept and Formula

Before diving into the programming of â€˜Average Percentage Calculator Program in Javaâ€™, it is crucial to have a deep understanding of the â€˜Average Percentage Formulaâ€™. This understanding forms the basis for writing successful, error-free programs. An in-depth comprehension of the formula enables us to accurately translate it into code, ensuring our programs function as intended. For a detailed explanation of the â€˜Average Percentage Formulaâ€™, refer here. Similarly, to calculate the â€˜Average Percentage Formulaâ€™, play around with this online Average Percentage Calculator.

Understanding the â€˜Average Percentage Formulaâ€™ is critical for anyone interested in data analysis or programming. Itâ€™s a fundamental concept that serves as the foundation for more complex computations. By mastering this formula, you will have the tools necessary to calculate averages accurately and effectively. This knowledge will certainly prove beneficial, whether you are a student trying to improve your grades, a professional looking to analyze data, or a budding programmer seeking to understand the principles behind the â€˜Average Percentage Calculator Program in Javaâ€™.

## Average Percentage Calculator Program in Java- FAQâ€™s

**What is the purpose of the Average Percentage Calculator Program in Java?**

This program calculates the average percentage of user-entered values for various subjects.

**Which Java package is imported at the beginning of the program?**

The java.util.Scanner package is imported to read user input.

**What is the role of the Scanner object in the program?**

The Scanner object is used to read the number of subjects and their respective percentages from the user.

**How does the program calculate the total percentage?**

The program uses a for loop to sum the individual percentages entered by the user.

**Why is the Scanner object closed at the end of the program?**

Closing the Scanner object at the end of the program is a good practice to free up resources and avoid potential memory leaks.