We all got our distinct languages, languages that separate us culturally and ethnically. Linguistics tends to divide us on various events, although there is one language that binds us. And that language isn’t English, and it’s a language called programming language.
Now, if you ponder over the fact why programming language is thought to be a significant binding factor in this multilingual world, let us clear it out.
If we try to delve deeper into this soggy statement, we will understand how programming language binds us all to one computer language, as a programming language isn’t anyone’s first language. It is the language through which we could all code statements and display contents into our own language. So that’s how we concur that in a world where several words are spoken and exchanged, a programming language can be one constant spot that harbors all of our human communications into one consistent language called the machine language. This language has no syllables or accent; it’s merely a collection of binary numbers that represent some sort of meaning to the computer.
And that’s how we conclude that programming language is indeed a universal language, a common thread that unites us all.
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Programming Language
In terms of definition, Programming language refers to a language that is simply a set of instructions that guides a computer regarding what to do. And if you talk about programming languages, there is a huge variety in them. Multiple programming languages finesse through the realms of programming language through coding ease and updation status.
Among such programming languages is Java. Java is regarded as the most significant and elite programming language. It offers an enhanced coding structure through techniques like object-oriented programming, a scheme that implements coding through a series of compelling features like classes, inheritance, objects, and functions.
Now when we talk about these particular object-oriented programming features, we will stumble across a word known as the operators. To put it simply, an operator in a computer is similar to that in mathematics, all it does is indicate a specific operation. An operator is a remarkable way to indicate when to perform a particular operation like add, subtract, divide, compare, and multiply. If we classify operators, they will be classified as:
- Unary Operator,
- Arithmetic Operator,
- Shift Operator,
- Relational Operator,
- Bitwise Operator,
- Logical Operator,
- Ternary Operator and
- Assignment Operator
Now, these are a set of operators that make calculations be it logical or arithmetical easy for the users and computers; in fact, these operators are the foundation of the Java language. But unlike several other programming languages, java does not support any operator that could carry out the exponent function.
Therefore as java supports no operator related to exponents, users have to access this function through the math static class. These static math classes support several mathematics-based operations like the exponents, trigonometry functions, and rounding off and rounding up operations. These operations are precisely performed, and their return values are generally in double data type, but these values can be type casted as per the user’s requirements.
So now that we showed you the pathway to exponent operations, let us guide you to your quest of exponential calculations through exponent operations via math static java class. So here’s are some simple steps you need to follow in order to attain the mighty feature of exponent operators in java:
Step 1: Opening The Java Editor You Possess
Open any of the Java editors you have on your system or preferably open the NetBeans Integrated Development Environment or IDE.
Step 2: Access The Java File You Want To Operate On
Now once you’ve decided the editor, open an existing file or create a new java file that requires the exponent operator by clicking on “file” and then choosing the “New” option over there.
Step 3: Add The Extension To Access The Static Math Class
Once you have created your file, add the following extension to access the math static class feature:
import java.util.Math;
Step 4: Follow This Syntax
Let us give you a rough example of how to type the program when you want to use the exponent operator:
result = Math.pow(number, exponent);
Now suppose that you want two raised to the power four then simply replace it with:
result = Math.pow(2, 4);
result= 16 will be printed on the screen.