Decomposition in Computing

In computer science, what does decomposition help to achieve?

• Creating more complex problems

• Breaking down complex problems into simpler components

• Increasing the complexity of algorithms

• Combining multiple problems into one

Which of the following is a benefit of decomposition?

• Simplifies problem-solving

• Makes problems more complex

• Reduces collaboration

• Increases the number of errors

What is the main focus of abstraction?

• Adding more details

• Focusing on essential details

• Ignoring all details

• Making systems more complex

What is the purpose of abstraction in computing?

• To make technology more accessible and easier to use.

• To increase the complexity of software.

• To reduce the speed of computer operations.

• To limit the functionality of applications.

Which of the following is NOT a benefit of abstraction in computing?

• Simplifies coding

• Focuses on problem-solving

• Requires low-level memory management

• Allows intuitive data work

Which of the following statements is true about high-level languages?

• They are written in binary code

• They are closer to human language

• They do not need to be converted to low-level languages

• They are only used by hardware developers

What does abstraction in subprograms allow users to do?

• Store data

• Interact with code without understanding its inner workings

• Manage user input

• Display graphics

Which returns a value?

• Function

• Procedure

• Neither Functions or Procedures return a value

• Functions and Procedures both return a value

Which does not return a value?

• Function

• Procedure

• Neither Functions or Procedures return a value

• Functions and Procedures both return a value

After you have defined a subprogram, you must ____ it to run it.