By ceating functions that handle various repetetive tasks thus shorten your lines of code
You will be able to understand C programs. Also to write C programs.
You can write computer-programs in it.
A programmer can write programs in C, but C can't write anything by itself.
You can write, compile and execute C-programs in both DOS and Unix, if that's what you meant.
In "real life" as opposed to what? C is a programming language. It's used to write computer programs. It (and variants, like C++ and C#) are used to write probably the majority of programs in use today.
No, but source-programs written in C language are.
The C language (or more commonly C++) is the core of most programming done at the desktop level. Most programs written in Linux are in C or C++, as are most Windows programs. A number of languages in recent computer history have been designed to reduce the dependency on C and C++, but have still largely failed to replace C and C++ for high performance applications.
The C language is not insecure. It is the programmer that is insecure. If we write programs that do not check bounds, or do not comply with specified language specifications, or do things contrary to the published library functionality, or do other "stupid" things, then it is our fault, and not the fault of the language.
C can be used to write a wide variety of programs including video games, data-driven applications, graphics and drawing software, amongst many others. It is not a problem-oriented programming language, such as those written specifically to deal with artificial intelligence, but you could use it to write one, just as C was used to write C++, its successor and yet another general purpose language.
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A C++ program can be used to write C programs that will display 10 lines of biodata. Many types of C programming can be written with a C++ program.
High-level language programming is usually a mixture of words or phrases of the English language. High-level languages have several advantages over machine or assembly languages; they are easier to learn and use, and the resulting programs are easier to read and modify. A few of the High-level programs are Ada, ALgol, BASIC, COBOL, C, C++, FORTRAN, LISP, Pascal and also Prolog.