Key Features

Portability: C programs can be written once and compiled for different platforms without any modification, making it a highly portable language.
Efficiency: C is a low-level language that can interact with the hardware at a low level, making it highly efficient.
Flexibility: C is a versatile language that can be used for systems programming, embedded systems, desktop applications, and many other types of software.
Structured programming: C supports structured programming, which makes it easy to write and maintain large programs.
Pointers: C has powerful pointer capabilities that allow programmers to manipulate memory directly, making it useful for systems programming and other low-level applications.
Modularity: C supports modularity, which means that large programs can be broken down into smaller, more manageable pieces.
Standard library: C comes with a standard library of functions that provides many useful tools for programming, such as string manipulation and input/output operations.
Recursion: C supports recursion, which allows functions to call themselves, making it useful for complex algorithms and data structures.
Preprocessor directives: C has preprocessor directives that allow the programmer to control the compilation process, such as including header files and defining constants.

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