Division Operator Example in Java
Introduction
Division Operator is a classic Java console program that demonstrates the concept with complete source code and sample output. Operators combine values, compare results and update variables — core skills for every Java program.
This tutorial walks through the program line by line, explains how the logic works, and highlights best practices you can apply in your own code.
Definition
Operators are constructs which behave generally like functions, but which differ syntactically or semantically from usual functions. Common simple examples include arithmetic (addition with +, comparison with >) and logical operations (such as AND or &&). More involved examples include assignment (usually = or :=), field access in a record or object (usually .), and the scope resolution operator (often ::). Addition and assignment operator means “find the number stored in the variable x, add 1 to it, and store the result of the addition in the variable x.”
Syntax
data_type variable_name = number / number;Division Operator Example Program
class DivisionOperator{
public static void main(String[] args){
int num1,num2,result;
num1=12;
num2=4;
System.out.println("num1=12; num2=4");
result=num1/num2;
System.out.println("The result after division operation is : "+result);
}
}Sample Output
Output is
num1=12; num2=4
The result after division operation is : 3When to use
Use this division operator example when learning or revising core Java syntax.
How it works
-
Execution begins in the
mainmethod — the JVM calls this method when you run the class. -
num1=12;updates a variable used in the calculation or output. -
num2=4;updates a variable used in the calculation or output. -
A
println/printcall writes text to the console — part of the sample output below. -
result=num1/num2;updates a variable used in the calculation or output. -
A
println/printcall writes text to the console — part of the sample output below. -
Compare your console output with the sample output for Division Operator to confirm the program behaves correctly.