The C programming language is popular for its efficiency and low-level capabilities, making it a widely used and versatile language.
In terms of system-level programming and embedded systems, it is a procedural programming language with considerable hardware control.
Efficiency:
It has a reputation for being fast and efficient which makes it the preferred choice for programmers involved in system level programming where performance is of utmost concern.
Portability:
C can be easily transported to different platforms with little modification needed.
Syntax:
C’s syntax is tight, allowing low-level memory manipulations. It has both high-level and low-level features.
Standard Library:
In addition, there is a wide variety of functions such as input/output, string manipulation, memory allocation that are included in C’s standard library.
Pointers:
In addition to this, pointers also enable direct manipulation of memory addresses enabling efficient programming but with caution against errors.
Modularity:
Moreover, with C programing language one can use functions or libraries to achieve modularity by facilitating reuse of code hence co-ordination.
Legacy and Influence:
On the other hand, Unix is based on c which shows the effect this language has made on modern programing languages.