Problems may be solved with the help of programming languages in computer science. What exactly does it mean to speak of a "general-purpose programming language"?

In what ways is it advantageous for a programmer who already has knowledge of a wide variety of programming languages to possess the ability to acquire more?

The study of programming languages can be divided into an examination of syntax and semantics. Define syntax and semantics and give examples of each using a programming language structure.

Describe the functional differences between procedural and object-oriented programming languages.

Please give a thorough description of the functional differences between object-oriented programming languages and procedural programming languages.

In the realm of computer programming, what is the distinction between cohesion and coupling?

In what ways might expanding one's repertoire of programming languages be useful beyond mastery of one or two?

A comprehensive explanation of the differences between procedural and object-oriented programming languages should be provided here.

In computer science, programing languages are put to use in a wide variety of contexts to address a wide range of issues. How would you define a language that can be used for many different kinds of programming?

Could you kindly describe the differences between procedural programming languages and object-oriented programming languages in terms of the functionality that they both provide?