Translators comparison diagram showing three translation methods: Compiler takes entire high-level source code and produces a standalone executable file (translated all at once, fast execution), Interpreter takes high-level source code and executes it directly line by line (no output file, slower execution, stops at first error), and Assembler converts assembly language mnemonics to machine code in a near one-to-one translation, with examples of when each is used

This diagram covers Compiler, Interpreter and Assembler Comparison within Translators for GCSE Computer Science. Revise Translators in 3.4 Computer Systems for GCSE Computer Science with 15 exam-style questions and 8 flashcards. This topic appears regularly enough that it should still be part of a steady revision cycle. It is section 3 of 8 in this topic. Focus on the labels, the relationships between parts, and the explanation that turns the diagram into an exam-ready answer.

Practice questions for Translators

Which type of translator converts an entire high-level language program into machine code before the program runs?

A. Assembler
B. Interpreter
C. Compiler
D. Linker

1 markfoundation

Explain why a compiled program runs faster than an interpreted program.

3 marksstandard

Quick recall flashcards

What does a compiler do?

Translates entire program into executable file at once

What does an assembler do?

Converts assembly language to machine code

The Language Translators

Types of Translators

Compiler, Interpreter and Assembler Comparison

Practice questions for Translators

Quick recall flashcards

15 questions on Translators: practise free