Computational thinking is a way of thinking to solve problems...

• Random and free

• Fast without process

• Structured and logical

• Traditional and manual

• Instant without analysis

The first step in computational thinking usually starts with...

• Doing all tasks simultaneously

• Ignoring small parts of the problem

• Decomposition, which means breaking the problem into smaller parts

• Copying solutions from other problems

• Using computers for all tasks

Which of the following is an example of abstraction in computational thinking?

• Arranging steps to make instant noodles

• Grouping animals based on their diet

• Breaking down math problems into smaller parts

• Remembering all information without filtering

• Sorting numbers randomly

Patterns that often appear in a problem are called...

• Abstraction

• Algorithm

• Pattern recognition

• Decomposition

• System

What is meant by an algorithm in computational thinking?

• Pictures to explain a program

• A collection of random data without order

• Data storage process

• A sequence of logical steps to solve a problem

• Code without meaning

Which of the following is not included in the stages of computational thinking?

• Decomposition

• Abstraction

• Experiment

• Pattern recognition

• Algorithm

When solving a problem, a student divides a large task into smaller parts. This step is called...

• Abstraction

• Pattern recognition

• Algorithm

• Decomposition

• Implementation

An example of applying an algorithm in everyday life is...

• Memorizing the names of planets

• Drawing a map of the house

• Following a recipe to bake a cake

• Coloring a picture freely

• Guessing a number randomly

The purpose of abstraction in computational thinking is...

• Storing all information in detail

• Avoiding problem-solving

• Simplifying problems by focusing on important things

• Combining all steps at once

• Avoiding the use of computers

Someone realizes that several different problems have similar patterns.