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Assembly Language Quiz – Multiple Choice Questions and Answers: Here is an article about Assembly Programming Language Quiz. Aspirants who are searching for the Assembly Language Multiple Choice Questions and Answers may find this article helpful for them in enhancing their existing knowledge about Assembly Language Concept. In the below section, we arranged the Assembly Programming Language Quiz/ Assembly Language Quiz in which you have to choose one correct answer. This, Assembly Language MCQ will not only provide the right or wrong answers but will help you know at which level you stood regarding your knowledge about Assembly Language through grades/ scores when you submit your answers.
Assembly Language Quiz | Overview
| Quiz Name | Assembly Language Quiz |
| Exam Type | MCQ (Multiple Choice Questions) |
| Category | Technical Quiz |
| Mode of Quiz | Online |
Assembly Language MCQ – Assembly Programming Language Quiz
What is the primary purpose of assembly language?
a) To make programming more difficult
b) To simplify programming by providing high-level language constructs
c) To provide a way to interact with hardware at a low-level
d) To provide a way to interact with hardware at a high-level
Answer: c) To provide a way to interact with hardware at a low-level. Assembly language is a low-level programming language that provides direct control over hardware resources such as registers, memory, and input/output devices.
Which of the following is not a typical assembly language instruction?
a) MOV
b) ADD
c) DIV
d) IF
Answer: d) IF. IF is not a typical assembly language instruction. Assembly language typically consists of simple instructions that perform specific operations such as moving data between registers, performing arithmetic operations, and branching to different parts of the program.
Which of the following is true about assembly language programs?
a) They are machine-independent
b) They are easier to read than high-level language programs
c) They are faster and more efficient than high-level language programs
d) They are harder to debug than high-level language programs
Answer: c) They are faster and more efficient than high-level language programs. Assembly language programs can be optimized for specific hardware architectures, making them faster and more efficient than high-level language programs. However, they are generally more difficult to write and maintain.
Which of the following is an example of an assembly language mnemonic?
a) MOV
b) Memory
c) Integer
d) Input
Answer: a) MOV. MOV is an example of an assembly language mnemonic. Mnemonics are symbolic names that represent assembly language instructions.
Which of the following is not a typical assembly language register?
a) AX
b) BX
c) CX
d) EX
Answer: d) EX. EX is not a typical assembly language register. Assembly language typically uses registers such as AX, BX, and CX to hold data and perform arithmetic operations.
Which of the following assembly language instructions is used to jump to a different part of the program?
a) MOV
b) ADD
c) JMP
d) CMP
Answer: c) JMP. JMP is an assembly language instruction used to jump to a different part of the program. It is commonly used for conditional and unconditional branching.
Which of the following is a disadvantage of using assembly language?
a) It is easy to write and maintain
b) It is slower and less efficient than high-level languages
c) It does not provide direct access to hardware resources
d) It is not portable across different hardware architectures
Answer: d) It is not portable across different hardware architectures. Assembly language programs are highly dependent on the underlying hardware architecture, making them difficult to port to different systems.
Which of the following assembly language instructions is used to perform logical operations?
a) MOV
b) ADD
c) AND
d) CMP
Answer: c) AND. AND is an assembly language instruction used to perform logical operations such as AND, OR, and NOT.
Which of the following is an example of a high-level language?
a) C
b) Assembly language
c) Machine language
d) Binary code
Answer: a) C. C is an example of a high-level language. High-level languages provide abstractions and constructs that make programming easier and more efficient than assembly language.
Which of the following is an example of a conditional jump in assembly language?
a) JMP
b) JZ
c) MOV
d) ADD
Answer: b) JZ. JZ is an example of a conditional jump in assembly language. It is used to jump to a different part of the program if a specified condition is true, such as if a register contains zero.
Which of the following is not a typical assembly language addressing mode?
a) Direct
b) Indirect
c) Immediate
d) Parallel
Answer: d) Parallel. Parallel is not a typical assembly language addressing mode. Assembly language typically uses addressing modes such as direct, indirect, and immediate to access memory locations and perform operations on data.
Which of the following is an example of an assembly language comment?
a) MOV AX, 10
b) ; Move the value 10 into the AX register
c) ADD AX, BX
d) MOV BX, [SI]
Answer: b) ; Move the value 10 into the AX register. ; is an example of an assembly language comment. Comments are used to provide notes and explanations within the code that are not executed by the program.
Which of the following assembly language instructions is used to compare two values?
a) MOV
b) ADD
c) CMP
d) JZ
Answer: c) CMP. CMP is an assembly language instruction used to compare two values. It sets flags in the processor based on the result of the comparison, which can be used for conditional branching.
Which of the following is an example of an assembly language directive?
a) MOV
b) DB
c) AND
d) CALL
Answer: b) DB. DB is an example of an assembly language directive. Directives are used to provide instructions to the assembler, such as defining data elements and setting the program entry point.
Which of the following is a benefit of using assembly language?
a) It is easier to write and maintain than high-level languages
b) It provides direct control over hardware resources
c) It is more portable across different hardware architectures
d) It is faster and more efficient than high-level languages
Answer: b) It provides direct control over hardware resources. Assembly language provides direct control over hardware resources, allowing programmers to optimize code for specific hardware architectures and achieve high performance.
Which of the following assembly language instructions is used to perform arithmetic operations?
a) MOV
b) ADD
c) JMP
d) CMP
Answer: b) ADD. ADD is an assembly language instruction used to perform arithmetic operations such as addition and subtraction.
Which of the following is an example of an assembly language label?
a) MOV
b) LOOP
c) START:
d) XOR
Answer: c) START:. START: is an example of an assembly language label. Labels are used to mark specific locations in the program that can be referenced by other parts of the code, such as for branching and jumping.
Which of the following is not a typical assembly language data type?
a) Integer
b) String
c) Float
d) Boolean
Answer: d) Boolean. Boolean is not a typical assembly language data type. Assembly language typically uses data types such as integer, string, and float to represent data.
Which of the following assembly language instructions is used to call a subroutine?
a) MOV
b) ADD
c) CALL
d) RET
Answer: c) CALL. CALL is an assembly language instruction used to call a subroutine. Subroutines are used to perform specific tasks that can be called from multiple parts of the program.
Which of the following is a disadvantage of using high-level languages?
a) They are more difficult to read and understand than assembly language
b) They do not provide direct control over hardware resources
c) They are slower and less efficient than assembly language
d) They are not portable across different hardware architectures
Answer: c) They are slower and less efficient than assembly language. High-level languages are typically slower and less efficient than assembly language due to the additional layers of abstraction and the need for a compiler or interpreter to translate the code into machine language. However, high-level languages offer benefits such as increased readability, portability, and ease of use compared to assembly language.
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