What is abstraction in computer science?, Abstraction is the process of hiding complex implementation details and showing only the necessary features of an object or system., Abstraction means writing every detail of the program to make it more complex, Abstraction is only about hardware design, not software., idk, How does abstraction help in managing complexity in software development?, It simplifies complex systems into manageable parts, allowing focus on high-level functionality, It increases complexity by exposing all low-level details., It replaces the need for debugging by hiding errors., by drawing a illustration, What is the difference between high-level and low-level abstraction?, High-level abstraction exposes hardware details; low-level hides all the details., low level is worse than high level, High-level abstraction hides more details; low-level deals with detailed operations closer to hardware., Both high-level and low-level abstraction mean the same thing., Can you give examples of high abstraction and low abstraction in programming?, High abstraction and low abstraction only apply to network protocols., High abstraction is writing machine code; Low abstraction is using libraries., High abstraction: using a sorting function; Low abstraction: writing assembly code., Why is it important to choose the right level of abstraction when designing software?, To balance between simplicity and necessary detail for functionality., Because the highest abstraction level is always the best regardless of context., Because abstraction is not important in software design., How does procedural abstraction improve code readability and maintenance?, Makes code harder to read because details are hidden., Allows understanding and using procedures without knowing internal workings., It only helps if all code is written in a single function., all of the above ;), What is procedural abstraction?, Writing procedures that always expose every internal step to the user., Using procedures to hide task details, focusing on what the procedure does., A technique to avoid using procedures altogether., What is the role of parameters in procedural abstraction?, Parameters are not important and do not affect procedure flexibility., Parameters are used only to make code run slower., Parameters allow procedures to accept inputs, making them reusable., How can procedural abstraction help in debugging?, Debugging is not needed if procedural abstraction is used., Errors can be isolated and fixed within specific procedures., Procedural abstraction makes debugging impossible because details are hidden., What is a example of procedural abstraction in a common programming language., Using global variables only without any functions., Writing all code inline without using functions., Python function def calculate_area(radius): hides the formula inside., What does API stand for, and what is its primary purpose?, Application Programming Interface; allows different software to communicate., Automatic Program Interaction; a type of user interface, Application Process Instruction; a hardware component., idk?, How does an API provide abstraction for software components?, It exposes all internal code so developers can see every detail., It prevents communication between software components., It exposes simplified functions while hiding internal logic., What are some common types of APIs used in software development?, APIs are only used for user interfaces., Only APIs related to hardware devices exist., REST APIs, library APIs, hardware APIs., How does using an API improve software interoperability?, APIs limit communication between different software systems., APIs allow different software systems to work together., APIs make software incompatible with each other., Can you explain the relationship between API design and abstraction principles?, API design should reveal as much internal detail as possible., API design ignores abstraction completely., Good API design hides complexity and provides simple interfaces., How do functions promote code reusability?, Functions make code more repetitive., Code written once can be reused many times., Functions should only be written once and never reused., What is the difference between a function’s definition and its invocation?, Definition specifies what the function does; invocation runs the function., Definition is when the function is run; invocation is when it’s written., Definition and invocation mean the same thing., How do functions relate to the concept of procedural abstraction?, Functions expose all implementation details to users., Functions avoid abstraction by revealing every step., Functions hide implementation details, matching procedural abstraction, What are the benefits of using functions with parameters and return values?, They make functions flexible and modular., Parameters and return values complicate functions unnecessarily., Functions with parameters always run slower and should be avoided., all of the above, What is a function in programming?, A variable that holds data., A reusable block of code that performs a specific task., A type of error in a program., idk

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