What impact does hands-on learning have on students in mathematics?

Hands-on learning significantly enhances students' understanding of abstract concepts in mathematics. This approach allows students to engage actively with mathematical ideas through manipulatives, real-life applications, and interactive activities. By physically interacting with materials, students can visualize and concretize abstract ideas, which helps them grasp complex concepts more effectively.

For instance, using blocks to demonstrate addition and subtraction or employing geometry tools to explore shapes allows students to connect theoretical knowledge with tangible experiences. This connection not only deepens their comprehension but also aids in retention, as they can relate learned concepts to real-world scenarios. In essence, hands-on learning bridges the gap between theory and practice, fostering a more robust understanding of mathematical principles.