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Test: Types of Programming Language, Translators & IDEs - Year 11 MCQ


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10 Questions MCQ Test - Test: Types of Programming Language, Translators & IDEs

Test: Types of Programming Language, Translators & IDEs for Year 11 2024 is part of Year 11 preparation. The Test: Types of Programming Language, Translators & IDEs questions and answers have been prepared according to the Year 11 exam syllabus.The Test: Types of Programming Language, Translators & IDEs MCQs are made for Year 11 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Types of Programming Language, Translators & IDEs below.
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Test: Types of Programming Language, Translators & IDEs - Question 1

Which type of language allows programmers to directly interact with hardware components?

Detailed Solution for Test: Types of Programming Language, Translators & IDEs - Question 1

Low-level languages like assembly languages allow direct interaction with hardware components through specific instructions and mnemonics.

Test: Types of Programming Language, Translators & IDEs - Question 2

What is the main advantage of using assembly language over machine code?

Detailed Solution for Test: Types of Programming Language, Translators & IDEs - Question 2

Assembly language optimizes memory usage and execution speed by directly controlling specific hardware instructions.

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Test: Types of Programming Language, Translators & IDEs - Question 3

Which translator converts the entire program into machine code all at once?

Detailed Solution for Test: Types of Programming Language, Translators & IDEs - Question 3

A compiler translates the entire program into machine code in one go, optimizing it for faster execution.

Test: Types of Programming Language, Translators & IDEs - Question 4

What is a key disadvantage of using low-level languages like assembly?

Detailed Solution for Test: Types of Programming Language, Translators & IDEs - Question 4

Low-level languages are more prone to errors due to their complex nature and direct hardware interaction.

Test: Types of Programming Language, Translators & IDEs - Question 5

Which feature of an IDE aids in identifying syntax errors and debugging code efficiently?

Detailed Solution for Test: Types of Programming Language, Translators & IDEs - Question 5

A debugger helps in identifying syntax errors and debugging code efficiently by providing step-by-step execution and error tracking.

Test: Types of Programming Language, Translators & IDEs - Question 6

Why are high-level languages like Python preferred for general-purpose programming?

Detailed Solution for Test: Types of Programming Language, Translators & IDEs - Question 6

High-level languages simplify programming with user-friendly statements, making code easier to write, read, and maintain.

Test: Types of Programming Language, Translators & IDEs - Question 7

What role does an assembler play in programming using assembly language?

Detailed Solution for Test: Types of Programming Language, Translators & IDEs - Question 7

An assembler converts mnemonic instructions used in assembly language into corresponding machine code for execution.

Test: Types of Programming Language, Translators & IDEs - Question 8

Which type of language allows for faster execution and reduced memory usage?

Detailed Solution for Test: Types of Programming Language, Translators & IDEs - Question 8

Low-level languages optimize execution speed and memory usage by directly interacting with hardware components.

Test: Types of Programming Language, Translators & IDEs - Question 9

What advantage does a compiler offer over an interpreter?

Detailed Solution for Test: Types of Programming Language, Translators & IDEs - Question 9

A compiler optimizes code for faster execution by translating the entire program into machine code at once.

Test: Types of Programming Language, Translators & IDEs - Question 10

How does an IDE enhance the programming workflow?

Detailed Solution for Test: Types of Programming Language, Translators & IDEs - Question 10

An IDE enhances programming workflow by integrating essential tools like code editors and debuggers, facilitating efficient code writing, testing, and debugging.

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