CSI - High Level Programming P2

What is the primary purpose of a programming language?

• To create graphics

• To communicate instructions to a machine

• To store data

• To manage network connections

Which of the following is the least abstracted form of programming language?

• Assembly code

• High-level language

• Machine code

• Scripting language

What does machine code primarily consist of?

• Text and symbols

• Hexadecimal numbers

• Zeros and ones

• Assembly instructions

How does machine code relate to the physical operation of a computer?

• It is translated into high-level language

• It directly controls the electrical signals

• It is used for debugging

• It is stored in the cloud

What is the role of abstraction in programming languages?

• To make languages more complex

• To simplify the interaction with hardware

• To increase the speed of execution

• To reduce the need for compilers

Which of the following best describes assembly code?

• It is a high-level language

• It is a type of machine code

• It is a low-level language with some abstraction

• It is used for web development

Why is machine code considered the closest to what actually happens in a computer?

• It is written in human language

• It directly represents electrical signals

• It is used for software development

• It is easy to read and understand

What is the main difference between machine code and assembly code?

• Machine code is more abstract than assembly code

• Assembly code uses mnemonics for instructions

• Machine code is used for web applications

• Assembly code is written in binary

Which of the following statements about abstraction in programming languages is true?

• Abstraction increases the complexity of machine code

• Abstraction helps in managing complex systems

• Abstraction is not used in high-level languages

• Abstraction is only applicable to hardware design

In the context of programming languages, what does the term "spectrum of abstraction" refer to?

• The range of programming languages from least to most abstract

• The variety of colors used in programming interfaces

• The different types of data structures available

• The levels of security in programming languages