What is one way to assess a child's understanding of mathematical concepts?

Engaging in hands-on activities that encourage problem-solving is an effective way to assess a child's understanding of mathematical concepts because it allows children to apply their knowledge in a practical context. This approach fosters active learning, where children can explore mathematical ideas through manipulatives, experiments, and collaborative tasks. By interacting with materials and working through problems, children demonstrate their conceptual understanding and ability to think critically.

Moreover, hands-on activities can cater to various learning styles, making math accessible and enjoyable for diverse learners. Children are often more motivated and engaged when they can physically manipulate objects, leading to deeper learning and retention. This method also allows educators to observe children in action, providing insight into their thought processes and strategies, which can inform future instruction.

In contrast, while worksheets and tests, verbal quizzes and discussions, and teacher-directed lectures can offer some insights into a child's knowledge, they may not fully capture a child's ability to apply their understanding in real-world situations, nor do they promote the same level of engagement and exploration that hands-on activities encourage.