Decomposition and pattern recognition

9.Which of the following is a common example of pattern recognition?

10.What is the main purpose of decomposition in computer science?

11.Which of the following are benefits of using decomposition in programming? (Select all that apply)

12.Match each decomposition paradigm to its description.

13.Which of the following is an example of pattern recognition?

14.A student is writing a program to calculate the average of a set of numbers. They notice that they also need to calculate the average in another part of the program. Which computational thinking skill is being demonstrated?

15.Which of the following is the best example of using decomposition to solve a programming problem?

16.A student is writing a program to simulate a school timetable. They break the problem into smaller tasks: managing students, managing teachers, managing rooms, and managing lessons. What is this process called?

17.A programmer is writing a game with multiple levels. They notice that the code for checking if a player has collected all items is the same in every level. They write this code once and reuse it. Which computational thinking skill is being demonstrated?

18.Which of the following are benefits of using decomposition when solving a complex problem? (Select all that apply)

19.Pattern recognition involves breaking a problem into smaller parts.

20.A weather app needs to display temperature, humidity, and wind speed. The programmer notices that each of these can be read from a sensor and then displayed in a similar way. What is the most efficient approach using pattern recognition?

21.Match each computational thinking skill to its correct description.

22.Put the following steps for solving a problem using decomposition in the correct order.

23.A student is designing a program to calculate the area of various shapes. They notice that all shapes have a formula involving a base and height, but some also need π. What is the best way to apply pattern recognition?

24.A programmer is planning a program to manage a school's library. They decide to break the program into separate modules for managing books, members, and loans. What is this process called?

25.A student is writing a program to draw a row of houses. They notice that each house can be drawn using the same set of instructions, just with different colours. Which computational thinking skill is the student using?

26.Arrange the following steps for solving a problem using decomposition in the correct order.

27.A team is developing a large game. They decide to split the work so that one programmer handles the graphics, another handles the physics, and a third handles the audio. Which decomposition paradigm is this an example of?

28.A student is writing a program to simulate a school timetable. They break the problem into smaller tasks: managing students, managing teachers, managing rooms, and managing lessons. This is an example of which decomposition paradigm?

29.What is the purpose of decomposition in computer science?

30.Which decomposition paradigm is often regarded as the first step in the object-oriented programming design process?

31.Which of the following are decomposition paradigms mentioned in the source? (Select all that apply)

32.Match each decomposition paradigm to its correct description.

33.Decomposition diagrams provide a logical hierarchical decomposition of a system.

34.What is the aim of using a decomposition paradigm?

35.Put the following steps for decomposing a complex problem in the correct order.

36.Match each decomposition paradigm to its primary focus.

37.Arrange the following steps for decomposing a complex problem in the correct order.

38.Which of the following are examples of pattern recognition that can help in programming? (Select all that apply)

39.A program to sort a list of 1000 numbers is decomposed into 10 identical sub-problems. If each sub-problem takes 0.02 seconds to solve and combining the results takes 0.1 seconds, what is the total time taken?

40.Which of the following best describes a decomposition diagram?

41.Complete the sentence with the correct term.

42.Why do programmers use decomposition when planning a solution?

43.A program to sort a list of 1000 numbers is decomposed into 10 identical sub-problems. If each sub-problem takes 0.02 seconds to solve and combining the results takes 0.05 seconds, what is the total time in seconds?

44.Complete the sentence using the correct term from the list: [decomposition, pattern recognition, abstraction, algorithm]

45.Give one example of how pattern recognition could be used when writing a program to draw a row of houses.

46.A program to sort a list of 1000 numbers is decomposed into 10 identical sub-problems. If each sub-problem takes 0.02 seconds to solve and combining the results takes 0.1 seconds, how long (in seconds) does the whole program take?

47.Complete the sentence using the correct term.

48.What is the term for a decomposition diagram that shows a system broken down into lower level, more detailed components?

49.Explain how decomposition and pattern recognition work together to help solve a complex problem.

50.Explain how decomposition and pattern recognition work together to help solve a complex problem. Give a specific example.

51.A program to sort a list of 1000 numbers is decomposed into 10 identical sub-problems. If each sub-problem takes 0.02 seconds to solve and combining the results takes 0.05 seconds, what is the total time in seconds?

52.A program to sort a list of 1000 numbers is decomposed into 10 identical sub-problems. If each sub-problem takes 0.02 seconds to solve and combining the results takes 0.1 seconds, how long (in seconds) does the whole program take?