22. In a computer science class, students are working in pairs to debug a program. One pair is not making progress. How should the teacher respond?

Answer: B

Explanation:

Ask them to explain their approach to each other

Encouraging the students to explain their approach to each other fosters collaboration and deeper understanding of the debugging process. This method promotes critical thinking and helps students identify gaps in their knowledge, making them more effective problem solvers.

A) Divide the task and assign it separately

Dividing the task and assigning it separately may lead to a lack of collaboration and understanding between the students. While it could potentially alleviate immediate frustration, it does not encourage them to work together to develop their debugging skills or learn from each other’s perspectives.

B) Ask them to explain their approach to each other

This option is the most effective as it encourages dialogue between the students, allowing them to articulate their thought processes and reasoning. By explaining their approaches, they can identify misunderstandings and collaboratively find solutions, thus enhancing their learning experience.

C) Give them a new project to work on instead

Assigning a new project may distract from the initial learning objectives and does not address the underlying issues they are facing with debugging. This approach could lead to frustration and confusion rather than fostering their skills in problem-solving and collaboration.

D) Solve the problem so they can move forward

While solving the problem may provide immediate relief, it does not encourage the students to engage with the material or develop their problem-solving abilities. This option undermines the learning process by providing a quick fix instead of facilitating understanding and skill development.

Conclusion

Asking the students to explain their approach to each other is the most beneficial response as it encourages collaboration and critical thinking, essential skills in computer science. The other options either fail to promote understanding or provide temporary solutions that do not contribute to the students' long-term learning and development in debugging.