1) What does abstraction in computer science allow us to do? a) Ignore details b) Increase complexity c) Write longer code d) Use more memory 2) What is high-level abstraction? a) Detailed view b) General view c) Specific instructions d) Low-level code 3) What is low-level abstraction? a) General view b) Detailed view c) Abstract thinking d) High-level code 4) Procedural abstraction refers to: a) Data types b) Functions c) Variables d) Classes 5) What is an API? a) Data structure b) Function library c) Variable type d) Programming language 6) How does an API relate to abstraction? a) It's unrelated b) Hides complexity c) Increases complexity d) Shows implementation 7) What does data abstraction allow? a) Data exposure b) Data hiding c) Data duplication d) Data corruption 8) What is the main goal of abstraction? a) Simplify design b) Show details c) Complicate processes d) Reduce efficiency 9) Which is a benefit of procedural abstraction? a) Code reusability b) Harder to read c) Increased errors d) Slower execution 10) Can API write your code for you? a) Yes b) No

Understanding Abstraction in Computer Science - Sohanth, Shivank, Evin, Kara

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