Low and High level programing languages Quiz

What is Assembly language programming?

• A high-level programming language used for web development

• A language used for writing scripts in video games

• A low-level programming language specific to a particular computer architecture.

• A type of programming language used for creating mobile apps

What are the advantages of using Assembly language programming?

• Limited control over hardware, inefficient memory usage, and low performance

• Direct control over hardware, efficient memory usage, and high performance

• Indirect control over hardware, inefficient memory usage, and low performance

• No control over hardware, efficient memory usage, and high performance

What are the disadvantages of using Assembly language programming?

• It is more portable than high-level languages

• It is easier to learn than high-level languages

• It is more efficient than high-level languages

• It requires a deep understanding of the hardware and is less portable than high-level languages.

Explain the difference between low-level and high-level programming languages.

• Low-level languages are slower than high-level languages

• Low-level languages are more abstract and easier to understand

• Low-level programming languages interact directly with the hardware, while high-level programming languages are more abstract and easier to understand.

• High-level languages are used for system-level programming

What are the main components of Assembly language programming?

• Syntax, semantics, and structure

• Mnemonics, operands, and comments

• Variables, loops, and functions

• Input, output, and processing

What is the role of Assembly language in computer architecture?

• It has no role in computer architecture

• It provides a low-level interface to the computer's architecture.

• It is used for creating high-level applications

• It is only used for debugging purposes

Discuss the importance of Assembly language programming in embedded systems.

• Assembly language programming is outdated and not relevant in modern embedded systems

• It allows for direct control over hardware and memory, resulting in efficient and optimized code.

• It is not important as high-level languages can also be used in embedded systems

• It is only used in specialized applications and not widely applicable in embedded systems

Explain the process of writing a simple program in Assembly language.

• Use natural language to write the program

• Use high-level programming language instead of Assembly

• Understand the processor architecture and write the program using specific Assembly language instructions and syntax.

• Skip understanding the processor architecture and syntax

What are some common instructions used in Assembly language programming?

• PRINT, READ, LOOP, CALL, DIV

• IF, ELSE, WHILE, FOR, FUNCTION

• COPY, DELETE, SORT, MERGE, SEARCH

• MOV, ADD, SUB, JMP, CMP

Discuss the relationship between Assembly language programming and machine code.

• Assembly language programming acts as a bridge between high-level programming languages and machine code.

• Machine code is a high-level programming language

• Assembly language programming is not related to machine code

• Assembly language programming is the same as machine code