Which one of the following does not describe the ways in which a teacher can model problem solving for children in the classroom?

The correct answer is: Ask questions with convergent answers

Step-by-Step Explanation:

1. Understanding Problem Solving and Modeling in Education:
Problem-solving is a core cognitive skill that involves critical thinking, creativity, trial and error, and open-minded analysis. When a teacher models problem-solving for students, they demonstrate how to think through a problem rather than just providing a single fixed answer.

2. Analyzing Effective Problem-Solving Strategies:
To effectively model problem-solving, a teacher should:

• Discuss thought processes: Expressing inner reasoning out loud helps students understand the metacognitive steps needed to tackle a problem.
• Be honest about mistakes: Normalizing mistakes shows students that errors are a natural and valuable part of learning and problem-solving.
• Use rich, open vocabulary: Words like "think," "ideas," "trial," and "different answers" encourage exploratory thinking and growth mindset.

3. Why "Convergent Answers" Do Not Model Problem Solving:
Convergent questions are those that have only one single correct answer or a predetermined outcome (e.g., "What is 2 + 2?"). Asking questions with strictly convergent answers limits creative thinking and does not encourage problem-solving. In contrast, divergent questions (which allow for multiple ways of thinking, open solutions, and critical exploration) are essential for fostering genuine problem-solving capabilities in children.

Therefore, asking questions with convergent answers does not describe a way in which a teacher can effectively model problem solving in the classroom.