What is abstraction in computer science?, Showing every detail of the code, Hiding extra details and showing only what’s needed, Writing code in binary numbers, Debugging code, What is the difference between high and low abstraction?, High abstraction hides more details, low abstraction shows more, High abstraction is harder to read, Low abstraction is more user-friendly, They mean the same thing, Which is an example of high abstraction?, Using a calculator instead of solving by hand, Writing in binary numbers, Giving step-by-step machine instructions, Controlling memory directly, Why do programmers like high abstraction?, It makes programs easier to understand, It always makes programs faster, It removes all mistakes, It uses less memory, What is a trade-off with high abstraction?, Easier to use but sometimes slower, Harder to use but always faster, Always easier and faster, Always slower and harder, What is procedural abstraction?, Writing everything in one big program, Breaking tasks into smaller steps or procedures, Only using loops, Debugging errors, Why does procedural abstraction help with coding?, It makes code reusable and easier to change, It makes code harder to read, It removes the need for comments, It speeds up every program, What do inputs and outputs do in procedures?, Save memory, Make code run automatically, Remove bugs, Let information go in and out, How does procedural abstraction help teamwork?, It removes the need for planning, Only one person can code at a time, Everyone can work on different parts, It makes code secret, Why is procedural abstraction like “divide and conquer”?, Because it hides the solution, Because it makes the program crash, Because it breaks big problems into smaller ones, Because it avoids using functions, What is an API?, A set of tools that lets programs talk to each other, A computer virus, A type of loop, A coding language, How does an API use abstraction?, It shows all the code behind the scenes, It hides the complex details and shows only simple commands, It makes programs run in binary, It prevents bugs, Example of an API in use:, Writing binary numbers, Creating a new coding language, Editing machine memory, A weather app that gets live data from another service, Why do programmers use APIs?, To reuse tools without building everything from scratch, To make programs harder to use, To slow down computers, To replace variables, How do APIs help different programs work together?, By sharing information in a standard way, By keeping data secret, By blocking communication, By removing all mistakes, What is a function in programming?, A storage system, A computer bug, A coding language, A block of code that does one job, Why are functions useful?, They hide all errors, They let us reuse code and make programs easier to read, They replace loops, They make programs longer, What’s the difference between built-in and user-defined functions?, Built-in are already made, user-defined are written by the programmer, Built-in are faster, user-defined are slower, User-defined can’t use inputs, They mean the same thing, How do functions help organize programs?, They replace all variables, They always make programs slower, They make programs harder to test, They let us split programs into small parts, Why are functions important in big projects?, They guarantee no bugs, They replace all loops, They make programs easier to organize, They always make programs shorter

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