In this tutorial, you will learn the basic java program.

class SimpleProgram{ public static void main(String[] args){ System.out.println("Simple Java Program"); } }

**Output:**

**Simple Java Program**

In Java, the datatypes double and float are used. Despite the fact that they both represent floating-point literals, there are a few minor differences between them. In this post, I’ll explain the differences between float and double in Java, as well as when to use float over double or double over the float, as well as some code examples. Numeric data can be represented in two ways in computing: fixed-point and floating-point arithmetic. Fixed point data is defined as an integer multiplied by a scaling factor. For example, with a scaling factor of 100, 3.14 becomes 314, and 2.3456 becomes 2.345 to achieve a fixed number of digits. This method reduces the accuracy of the result and is not appropriate in all circumstances. Using floating-point representation for high-precision calculations is thus easier and more accurate. In Java, the datatypes double and float are used. Despite the fact that they both represent floating-point literals, there are a few minor differences between them. In this post, I’ll explain the differences between float and double in Java, as well as when to use float over double or double over the float, as well as some code examples. Numeric data can be represented in two ways in computing: fixed-point and floating-point arithmetic. Fixed point data is defined as an integer multiplied by a scaling factor. For example, with a scaling factor of 100, 3.14 becomes 314, and 2.3456 becomes 2.345 to achieve a fixed number of digits. This method reduces the accuracy of the result and is not appropriate in all circumstances. Using floating-point representation for high-precision calculations is thus easier and more accurate. In Java, the datatypes double and float are used. Despite the fact that they both represent floating-point literals, there are a few minor differences between them. In this post, I’ll explain the differences between float and double in Java, as well as when to use float over double or double over the float, as well as some code examples. Numeric data can be represented in two ways in computing: fixed-point and floating-point arithmetic. Fixed point data is defined as an integer multiplied by a scaling factor. For example, with a scaling factor of 100, 3.14 becomes 314, and 2.3456 becomes 2.345 to achieve a fixed number of digits. This method reduces the accuracy of the result and is not appropriate in all circumstances. Using floating-point representation for high-precision calculations is thus easier and more accurate.

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