Berpikir Komputasional

What is the first fundamental of computational thinking?

• Algorithm

• Decomposition

• Pattern recognition

• Abstraction

What does decomposition involve?

• Combining complex problems into one

• Breaking down complex problems into smaller, more manageable parts

• Creating patterns

• Ignoring important details

Which of the following is NOT a fundamental of computational thinking?

• Abstraction

• Pattern recognition

• Calculation

• Decomposition

What does abstraction focus on?

• Recognizing patterns

• Ignoring important details

• Focusing on all details equally

• Creating complex problems

What is the purpose of algorithm in computational thinking?

• To make problems more complex

• To develop solutions step by step

• To combine problems into one

• To ignore patterns

What does computational thinking involve?

• Creating complex problems, ignoring patterns, and focusing on irrelevant details

• Ignoring computers in problem solving

• Teaching computers to think

• Breaking down complex problems, recognizing patterns, focusing on important details, and developing step-by-step solutions

What is an example of decomposition?

• Recognizing patterns in a puzzle

• Understanding how a bicycle works

• Creating a complex problem

• Ignoring important details

When creating an application, what should be considered?

• The price of coffee

• The weather outside

• The target audience, the appearance, the graphics, the audio, the software, the navigation, and the testing of the application

• The color of the developer's shirt

What is the purpose of deconstructing a problem into smaller parts?

• To create more problems

• To make the problem easier to manage and understand

• To ignore the problem

• To make the problem more difficult to solve

What is the main difference between computational thinking and programming?

• There is no difference

• Computational thinking involves breaking down complex problems, recognizing patterns, focusing on important details, and developing step-by-step solutions, while programming involves giving instructions to computers

• Computational thinking involves creating complex problems, while programming involves recognizing patterns

• Computational thinking involves teaching computers to think, while programming involves breaking down complex problems