Pemikiran Komputasional untuk Siswa Kelas 9

Rizal, who is always curious, is delving into the world of computational logic at his university. He wants to know how the principles of this logic play an important role in programming and algorithms. So, friends, what exactly is meant by computational logic?

• Computational logic is the study of the principles of logic used in programming and algorithms.

• Computational logic is a type of computer hardware.

• Computational logic only relates to basic mathematics.

• Computational logic is a way to write fiction novels.

Wawan and his friends, Sari and Tiara, are having fun learning about computational thinking at school. They discovered several exciting steps that must be followed. However, there is one step that is not part of computational thinking. Which of the following is not a step in computational thinking?

• Using algorithms

• Thinking randomly

• Analyzing data

• Creating models

Faisal and Siti are trying to solve a puzzle in the world of programming. They are curious, what is actually meant by an algorithm?

• An algorithm is a type of data used to store information.

• An algorithm is a structured series of steps or instructions to solve a problem in programming.

• An algorithm is a programming language used to write code.

• An algorithm is hardware that accelerates the computation process.

Joko, a passionate student, is facing challenges in completing his project at school. He wants to find a smarter and more enjoyable way to finish his tasks efficiently. What is the main goal of computational thinking that can help him in this learning adventure?

• The main goal of computational thinking is to solve problems efficiently and effectively.

• To improve communication skills

• To reduce the use of technology

• To create engaging digital art

The most appropriate example of the application of computational logic in everyday life is (a)   .

• Ratna uses algorithms in

• Eko uses spreadsheets to

• Dedi uses a calculator to m

• Watch movies for entertainment.

Rizky has a big project to plan a fun community event! He realizes that the project is too big to handle all at once. To make the planning process smoother, Rizky should do (a)   to simplify the process. Let's help Rizky choose the right step!

• Decomposition is breaking down a problem

• Decomposition is combining be

• Decomposition is solving ma

• Decomposition is the process of ignoring

Dian, the young poet, is crafting a colorful poem and wants to add an interesting element. From the following options, which one could be an example of a repetition pattern that could make her poem more captivating?

• Example of a complex sentence structure.

• Example of character depiction in a story.

• Example of using adjectives in a sentence.

• Example of a phrase or sentence that is repeated in poetry or songs.

Wawan is busy learning about technology and wants to understand the difference between computational thinking and programming. He asks Rahman, "Computational thinking is the process of thinking to solve problems, while programming is the act of writing code for that solution." However, he still feels confused and wants to know more. What is the difference between computational thinking and programming?

(a)  

• Computational thinking and programming

• Computational thinking is the process

• Computational thinking is only used

• Programming is a way to think

Dewi is a student who is very interested in technology. She often observes how technology affects daily life and wants to know more about the thinking behind it. Therefore, it is important for Dewi to learn computational thinking because (a)   .

• Learning computational thinking is

• Important for Dewi to learn

• Students do not need to learn tech

• Computational thinking only applies

In an exciting discussion about computational thinking, Adi enthusiastically explained the concept of abstraction to his friends. He asked, "What do you think is meant by abstraction in computational thinking?"

• Abstraction is a method to avoid problem-solving.

• Abstraction is a technique to combine all data into one.

• Abstraction is a way to write code without using logic.

• Abstraction is the process of simplifying complexity by removing unnecessary details.