Assume the variables principal and divisor have been assigned integer values. Write a statement that computes the remainder of principal divided by divisor, and assigns the result to a variable named result.

Database System Concepts
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ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
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### Calculating the Remainder in Java

Assume the variables `principal` and `divisor` have been assigned integer values. Write a statement that computes the remainder of `principal` divided by `divisor`, and assigns the result to a variable named `result`.

In Java, you can use the modulo operator `%` to find the remainder of a division between two integers. Here is an example of how you can achieve this:

```java
int principal = 10; // Example value for principal
int divisor = 3;    // Example value for divisor

int result = principal % divisor; // Computes the remainder of principal divided by divisor

System.out.println("The remainder is: " + result); // This will output: The remainder is: 1
```

In this example:
- `principal` is assigned the value `10`.
- `divisor` is assigned the value `3`.
- The expression `principal % divisor` computes the remainder when `10` is divided by `3`, which is `1`.
- The remainder `1` is then assigned to the variable named `result`.

This code will output the remainder of the division operation.

Understanding the modulo operator is crucial for tasks that require finding remainders, such as in algorithms for checking even/odd numbers, looping through array indices, cyclic patterns, and more.
Transcribed Image Text:### Calculating the Remainder in Java Assume the variables `principal` and `divisor` have been assigned integer values. Write a statement that computes the remainder of `principal` divided by `divisor`, and assigns the result to a variable named `result`. In Java, you can use the modulo operator `%` to find the remainder of a division between two integers. Here is an example of how you can achieve this: ```java int principal = 10; // Example value for principal int divisor = 3; // Example value for divisor int result = principal % divisor; // Computes the remainder of principal divided by divisor System.out.println("The remainder is: " + result); // This will output: The remainder is: 1 ``` In this example: - `principal` is assigned the value `10`. - `divisor` is assigned the value `3`. - The expression `principal % divisor` computes the remainder when `10` is divided by `3`, which is `1`. - The remainder `1` is then assigned to the variable named `result`. This code will output the remainder of the division operation. Understanding the modulo operator is crucial for tasks that require finding remainders, such as in algorithms for checking even/odd numbers, looping through array indices, cyclic patterns, and more.
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