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Item 57 of 426 · Year 11: Programming Fundamentals, 11 of 69
Computational thinking
Term Check
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Definition
A problem-solving approach: decompose a problem, spot patterns, abstract away detail and design an algorithm.
Example: Use it to justify breaking a large task into subroutines.
Check this one: The syllabus asks you to apply computational thinking and algorithmic design but does not list its four parts; the breakdown given here is the standard definition.
Found in: syllabus, school notes.
Where you'll use it in the test
Syllabus area: Y11 Programming Fundamentals.
Question types it can appear in
- Multiple choice: Pick the option that matches the definition or example.
- Short answer: Describe how it helps design a solution
How to use it
A model sentence
“A problem-solving approach: decompose a problem, spot patterns, abstract away detail and design an algorithm.” Then apply it: Use it to justify breaking a large task into subroutines.
In a short answer, give the definition in your own words first, then tie it to the situation in the question. Do not copy the example above unless it fits the scenario.
Command words used with it
No linked question shows the command word for this term. Across the past short answer questions in this bank the words used most are: Explain, Outline, Describe, Compare, Classify, Analyse. Check the actual word in your question.
Go deeper
- Flashcard: Computational thinking in Programming Fundamentals (Year 11) · study that set
- Memorise: Software development steps and algorithm design
- Full term page: every question, note and marking comment for Computational thinking
Check yourself
Explain “Computational thinking” in one sentence, give an example, and name a question type that could test it.
Reveal the answer
A problem-solving approach: decompose a problem, spot patterns, abstract away detail and design an algorithm.
Example: Use it to justify breaking a large task into subroutines.
Could be tested as: Multiple choice, Short answer.