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Test : A Brief About Computer Languages - 2 - Class 4 MCQ


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10 Questions MCQ Test - Test : A Brief About Computer Languages - 2

Test : A Brief About Computer Languages - 2 for Class 4 2024 is part of Class 4 preparation. The Test : A Brief About Computer Languages - 2 questions and answers have been prepared according to the Class 4 exam syllabus.The Test : A Brief About Computer Languages - 2 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 - 2 below.
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Test : A Brief About Computer Languages - 2 - Question 1

What was one of the main challenges associated with writing programs in machine language?

Detailed Solution for Test : A Brief About Computer Languages - 2 - Question 1
Writing programs in machine language posed a significant challenge as debugging required a deep understanding of computer circuitry. This complexity made it difficult for programmers to effectively debug their programs, contributing to the limited adoption of machine language among users.
Test : A Brief About Computer Languages - 2 - Question 2

Why is assembly language considered a second-generation language?

Detailed Solution for Test : A Brief About Computer Languages - 2 - Question 2
Assembly language is classified as a second-generation language because it serves as a mnemonic system for representing machine instruction codes. Unlike machine language, assembly language uses symbols and words to represent operations and addresses, making it easier for programmers to understand and work with compared to the raw binary codes of machine language.
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Test : A Brief About Computer Languages - 2 - Question 3

What advantage does assembly language offer over machine language?

Detailed Solution for Test : A Brief About Computer Languages - 2 - Question 3
One of the advantages of assembly language over machine language is that assembly language uses symbols and mnemonics instead of raw binary codes, which makes it easier for programmers to remember operations. However, before running an assembly language program, it needs to be translated using an assembler, which consumes more computer memory compared to the direct execution of machine language.
Test : A Brief About Computer Languages - 2 - Question 4
Why are symbols like LDA and ADD used in assembly language programming?
Detailed Solution for Test : A Brief About Computer Languages - 2 - Question 4
Symbols like LDA (Load Accumulator) and ADD (Addition) are utilized in assembly language programming to represent different operations in a mnemonic form. These symbols make it easier for programmers to understand and remember the functions being performed in the code, enhancing the readability and usability of the assembly language compared to working directly with binary codes.
Test : A Brief About Computer Languages - 2 - Question 5
What is the distinguishing feature of Machine Language in programming?
Detailed Solution for Test : A Brief About Computer Languages - 2 - Question 5
Machine Language is the lowest level of programming language, consisting of binary code understood directly by the computer's hardware. Each instruction in machine language corresponds to a specific operation or data manipulation, making it the most basic and fundamental form of programming instructions.
Test : A Brief About Computer Languages - 2 - Question 6
Which programming language uses mnemonic codes for instructions?
Detailed Solution for Test : A Brief About Computer Languages - 2 - Question 6
Assembly Language uses mnemonic codes, which are symbolic representations of machine instructions, making it easier for programmers to write instructions compared to directly using binary code. These mnemonics represent various operations or data movements in a more human-readable format.
Test : A Brief About Computer Languages - 2 - Question 7
What distinguishes Assembly Language from Machine Language?
Detailed Solution for Test : A Brief About Computer Languages - 2 - Question 7
Assembly Language uses symbolic representations of machine instructions, known as mnemonic codes, making it easier to read and understand compared to Machine Language, which consists of raw binary code. These mnemonics represent different operations or data movements in a more human-friendly format.
Test : A Brief About Computer Languages - 2 - Question 8
Why is writing programs directly in Machine Language considered complex and tedious?
Detailed Solution for Test : A Brief About Computer Languages - 2 - Question 8
Writing programs directly in Machine Language is complex and tedious because it requires a deep understanding of the computer's hardware architecture. Programmers need to know the specific instructions and data manipulations that correspond to the binary code, making it challenging to work with at a low level.
Test : A Brief About Computer Languages - 2 - Question 9
How do high-level programming languages differ from machine language and assembly language, based on the information provided?
Detailed Solution for Test : A Brief About Computer Languages - 2 - Question 9
High-level programming languages differ from machine language and assembly language in that they are more flexible and not tied to specific computer architectures. Unlike machine code and assembly language, high-level languages offer portability and ease of use across various computer systems, enhancing the programmer's ability to write code that can run on different platforms.
Test : A Brief About Computer Languages - 2 - Question 10
Why are high-level programming languages often referred to as problem-oriented languages according to the provided text?
Detailed Solution for Test : A Brief About Computer Languages - 2 - Question 10
High-level programming languages are often labeled as problem-oriented because they emphasize solving problems and implementing solutions without delving into the detailed workings of a computer's hardware or architecture. This approach allows programmers to concentrate on developing algorithms and solutions to real-world problems, rather than being bogged down by low-level technical details.
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