Computational Thinking Concept of Decomposition Quiz

What does decomposition refer to in computational thinking?

• Breaking down a complex problem into smaller, manageable parts 

• Creating a new computer programming language 

• Combining multiple problems into one 

• Ignoring the details of a problem 

Which of the following best describes the purpose of decomposition in problem-solving?

• To make the problem look simpler 

• To make it easier to explain the problem to others 

• To tackle large, complex problems by dividing them into smaller sub-problems 

• To remove unnecessary details from the problem 

What is the main goal of decomposition in computational thinking?

• To make the problem more complicated 

• To solve each small part of the problem individually 

• To simplify complex problems by breaking them down 

• To combine unrelated problems into one 

Which of the following is an example of decomposition in real-life problem-solving?

• Writing a detailed essay without outlining the main points 

• Building a car from scratch without any instructions 

• Organizing a big party by dividing tasks among friends 

• Memorizing a long list of random numbers 

What does breaking down a problem into smaller parts allow you to do?

• Avoid solving the problem 

• Focus on one small problem at a time 

• Increase the complexity of the problem 

• Combine unrelated problems 

In the context of computational thinking, what does abstraction mean?

• Adding unnecessary details to the problem 

• Simplifying complex systems by modeling classes suitable for the problem 

• Ignoring all the details of a problem 

• Solving problems without any planning 

Which step in computational thinking involves putting the smaller parts back together to solve the larger problem?

• Abstraction 

• Decomposition 

• Algorithm 

• Pattern recognition 

What is the purpose of decomposition in algorithm design?*

• To make the algorithm slower 

• To make the algorithm more complex 

• To make the algorithm easier to understand and solve

• To make the algorithm larger 

What skill does decomposition help develop in problem-solving

• Creativity 

• Focus 

• Procrastination 

• Perfectionism 

When decomposing a problem, what should you do after breaking it down into smaller parts?

• Ignore the smaller parts 

• Forget about the problem 

•  Combine all the smaller parts into one big problem

• Combine all the smaller parts into one big problem Solve each smaller part individually