Answer:
HTML (HyperText Markup Language) is the code that is used to structure a web page and its content. For example, content could be structured within a set of paragraphs, a list of bulleted points, or using images and HTML
HTML stands for "Hyper Text Markup Language" and is utilized for coding web pages. It marks elements of a document, like headings and paragraphs, and tells a computer how they should be displayed.
Java
Java has been used since the beginning of the World Wide Web to improve websites and add interactive capabilities like buttons and app widgets. It is also commonly used for programming cell phones.
C Language
C Language works as a basic coding languagelanguages
Constraint programming languages fall under declarative programming language and express relationships between their variables as constraints. Examples include MiniZinc, Oz and Kaleidoscope.
Numerical analysis languages
Numerical analysis languages are mainly used for technical computing. Examples include Wolfram Language, Analytica, Fortran and MATLAB.
Multiparadigm languages
Multiparadigm languages allow a program to use multiple programming styles to work at once in a single program and combine constructs from different programming languages. Examples include ALF, C++, ECMAScript and Python.
Embeddable languages
Embeddable languages are used in source code, for servers and by clients to embed code into free-form text. Examples include PHP, VBScript, ActionScript and JavaScript.
Imperative languages
Imperative languages convey information to computers through serial orders and large amounts of detail. They might also fall under other classifications as multiparadigm programming languages. Examples include MATLAB, ECMAScript, Perl and Python.
Dataflow languages
Dataflow languages use a representation of the exchange of data to specify programs and process streams of data. Examples include Analytica, Lucid, Oz and Ballerina.
Authoring languages
Authoring languages help to create interactive computer programs, such as tutorials or websites. Examples include Lasso, PILOT, TUTOR and Authorware.
Concurrent languages
Concurrent languages pass messages and offer language constructs for executing multiple processes at the same time. Examples include Ada, ChucK, Java and Oz.
Array languages
Array languages use scalars to apply operations to vectors, matrices and other high-dimensional arrays. Examples include Analytica, BASIC, MATLAB and Fortran 90.
Extension languages
Extension languages are embedded into other programs to use their features in extension scripts. Examples include JavaScipt, Perl, Squirrel and CAL.
Hardware description languages
Hardware description languages describe the design, structure and operation of electronic and digital logic circuits. Examples include Verilog, VHDL, Java and Ruby.
Macro languages
Macro languages can be for application or textual substitution to change one source code file into another, often in order to preprocess source code. Examples include C++, m4 and ML/I.
Shading languages
Shading languages use real-time rendering and offline rendering to create images, such as 3D computer graphics. Examples include AGAL, PSSL and RenderMan Shading Language.
Reflective languages
Reflective languages allow programs to examine and edit their high-level structure. Examples include Cobra, ECMAScript, Prolog and Ruby.
Fourth-generation languages
Fourth-generation languages are high-level languages built around database systems and are often used for managing databases and generating and is widely used to make programs run faster. It remains a popular choice for video game developers who use C++ language as well since the two languages complement each other in terms of programming.