Programming Paradigms Quiz

Which programming paradigm describes a language that uses sequence, selection and iteration?

• Procedural programming

• Object-oriented programming

• Logical programming

• Functional programming

What is the main advantage of functional programming languages?

• Easy to understand for beginners

• Support for nested functions

• Increased productivity of the developer

• Efficiency

Which programming paradigm is used to solve programming problems using a specific knowledge base?

• Functional programming

• Logical programming

• Object-oriented programming

• Procedural programming

What is the main difference between high-level and low-level languages?

• High-level languages offer direct control of hardware

• Low-level languages remove the detail of memory addressing

• High-level languages have direct access to hardware

• Low-level languages have a one-to-one mapping with machine code instructions

What is the purpose of assembly code in relation to machine code?

• It is used to write code using mathematical expressions

• It is the step above high-level languages

• It is the binary representation of an instruction

• It represents machine code instructions using mnemonics

Which type of programming paradigm organizes software design around data, or objects, rather than functions and logic?

• Object-oriented programming

• Logical programming

• Functional programming

• Procedural programming

What is the main advantage of using high-level languages over low-level languages?

• High-level languages offer direct control of hardware

• High-level languages remove the detail of memory addressing

• High-level languages have direct access to hardware

• Low-level languages have a one-to-one mapping with machine code instructions

List 3 principles of the Data Protection Act

Which programming paradigm is primarily concerned with the flow of control?

• Functional programming

• Logical programming

• Object-oriented programming

• Procedural programming

What is the main advantage of low-level languages?

• They offer direct control of hardware

• They remove the detail of memory addressing

• They have direct access to hardware

• They have a one-to-one mapping with machine code instructions