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Test : A Brief about Computer Languages - 1 - Class 4 MCQ


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10 Questions MCQ Test - Test : A Brief about Computer Languages - 1

Test : A Brief about Computer Languages - 1 for Class 4 2024 is part of Class 4 preparation. The Test : A Brief about Computer Languages - 1 questions and answers have been prepared according to the Class 4 exam syllabus.The Test : A Brief about Computer Languages - 1 MCQs are made for Class 4 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test : A Brief about Computer Languages - 1 below.
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Test : A Brief about Computer Languages - 1 - Question 1

What was one of the main reasons why machine language wasn't widely adopted by users?

Detailed Solution for Test : A Brief about Computer Languages - 1 - Question 1
Machine language wasn't widely adopted by users primarily because it required a deep understanding of computer circuitry. This made writing programs in machine language difficult and limited its accessibility to only experts.
Test : A Brief about Computer Languages - 1 - Question 2

In assembly language, what do symbols and words represent?

Detailed Solution for Test : A Brief about Computer Languages - 1 - Question 2
In assembly language, symbols and words represent operations and addresses. This mnemonic system makes it easier for programmers to understand and work with the instructions and data involved in the program.
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Test : A Brief about Computer Languages - 1 - Question 3

Why is an assembler required before running an assembly language program?

Detailed Solution for Test : A Brief about Computer Languages - 1 - Question 3
An assembler is required before running an assembly language program to translate the human-readable assembly code into machine language, which the computer can directly execute. This process is necessary as computers can only directly understand machine code instructions.
Test : A Brief about Computer Languages - 1 - Question 4
What advantage does assembly language have over machine language in terms of readability?
Detailed Solution for Test : A Brief about Computer Languages - 1 - Question 4
Assembly language has an advantage over machine language in terms of readability because it uses symbols and mnemonics to represent operations and addresses, making the code more human-readable and easier to understand compared to raw binary machine code.
Test : A Brief about Computer Languages - 1 - Question 5
What defines machine language in the context of low-level programming languages?
Detailed Solution for Test : A Brief about Computer Languages - 1 - Question 5
Machine language in low-level programming is characterized by being directly understood by the computer's hardware. This language consists of binary code, represented as a series of 1s and 0s, which the computer can interpret and execute without the need for further translation. This direct correspondence between machine language instructions and hardware operations forms the fundamental basis of low-level programming.
Test : A Brief about Computer Languages - 1 - Question 6
Why is programming directly in machine language considered complex and tedious?
Detailed Solution for Test : A Brief about Computer Languages - 1 - Question 6
Programming directly in machine language is deemed complex and tedious due to the necessity of a profound comprehension of the computer's architecture. Unlike higher-level languages that abstract many details away, working in machine language demands a deep understanding of the underlying hardware, memory organization, and instruction set. This detailed knowledge is essential to write efficient and error-free programs at this low level.
Test : A Brief about Computer Languages - 1 - Question 7
What distinguishes assembly language from machine language in terms of representation?
Detailed Solution for Test : A Brief about Computer Languages - 1 - Question 7
Assembly language, a step higher than machine language, differentiates itself by using symbolic representations of machine instructions. Instead of dealing with raw binary code, programmers work with mnemonic codes that symbolically represent operations or data movements. These mnemonics make the code more readable and easier to understand, enhancing the programmer's productivity and reducing the chances of errors in coding.
Test : A Brief about Computer Languages - 1 - Question 8
Why do assembly language programs need to be translated before execution by the computer?
Detailed Solution for Test : A Brief about Computer Languages - 1 - Question 8
Assembly language programs must be translated into machine language before execution to convert the symbolic representations of instructions into binary code that the computer can directly understand and execute. This translation process is carried out by an assembler, which converts the human-readable mnemonic codes into the machine language instructions understood by the computer's hardware, enabling the program to run effectively.
Test : A Brief about Computer Languages - 1 - Question 9
What is the primary purpose behind the creation of high-level programming languages (HLL)?
Detailed Solution for Test : A Brief about Computer Languages - 1 - Question 9
High-level programming languages (HLL) were developed to simplify the process of programming by providing a more abstract and user-friendly interface for programmers. Unlike lower-level languages, high-level languages abstract away the complexities of hardware and allow programmers to focus more on problem-solving rather than the intricacies of a particular computer system.
Test : A Brief about Computer Languages - 1 - Question 10
What distinguishes high-level programming languages from machine language and assembly language?
Detailed Solution for Test : A Brief about Computer Languages - 1 - Question 10
The key distinction of high-level programming languages from machine language and assembly language is that high-level languages are more problem-oriented. They enable programmers to concentrate on solving problems without needing to understand the intricate details of how a specific computer system operates. This problem-oriented approach enhances productivity and promotes a focus on logical solutions.
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