Principles of Programming Language

What is the definition of programming language?

• A. A set of rules that determine the combination of symbols and keywords that are considered a well-structured program.

• B. A tool used for solving problems and providing constructions for problem-solving.

• C. A way to communicate and collaborate effectively with team members.

• D. A method to create programs through rules and patterns using metaprogramming techniques.

Why is understanding the foundations of a programming language important?

• A. It allows developers to transition between different programming languages.

• B. It provides tools and constructions for problem-solving.

• C. It enables developers to write optimized code based on efficient algorithms and data structures.

• D. It helps developers communicate effectively with team members.

Which paradigm focuses on objects and classes with attributes and methods?

• A. Procedural Programming

• B. Object-Oriented Programming

• C. Functional Programming

• D. Logic Programming

What is the main unit in functional programming?

• A. Variables

• B. Functions

• C. Objects

• D. Statements

Which paradigm focuses on formal logic and rules?

• A. Procedural Programming

• B. Object-Oriented Programming

• C. Functional Programming

• D. Logic Programming

Which paradigm focuses on independent entities called agents?

• A. Object-Oriented Programming

• B. Agent-Based Programming

• C. Functional Programming

• D. Logic Programming

Which paradigm allows tasks to be executed simultaneously on multiple cores or processors?

• A. Procedural Programming

• B. Object-Oriented Programming

• C. Parallel Programming

• D. Distributed Programming

Which paradigm focuses on executing tasks on multiple machines connected through a network?

• A. Procedural Programming

• B. Object-Oriented Programming

• C. Parallel Programming

• D. Distributed Programming

What is the purpose of libraries and frameworks in programming?

• A. To define the syntax and semantics of a programming language.

• B. To provide a structured way to build applications.

• C. To manage computer memory and allocation.

• D. To handle errors and exceptions during program execution.

What is the concept of inheritance in object-oriented programming?

• A. The ability of a class to inherit properties and methods from another class.

• B. The ability to treat objects of different classes as objects of the same superclass.

• C. The ability to create objects through rules and patterns using metaprogramming techniques.

• D. The ability to execute multiple tasks simultaneously on multiple cores or processors.