How did the kit components encourage mathematical thinking for your students?
The kit components encouraged mathematical thinking by providing hands-on tools that allowed students to visualise concepts, experiment with problem-solving, and make connections between abstract ideas and real-world applications.
How successful was this kit in encouraging physical activity in your class?
What future learning opportunities have arisen from this kit?
The kit has opened up future learning opportunities for exploring more advanced concepts in geometry, measurement, and data analysis, as well as fostering collaboration in group problem-solving tasks and encouraging the integration of mathematical thinking into everyday situations.
How high was student engagement throughout this kit?
What are three words that describe the activities in this kit?
Engaging, hands-on, thought-provoking.
What was the most unique record achieved and why?
The most unique record achieved was the "tallest tower made of toilet paper rolls" because it required a combination of creativity, balance, and engineering skills, challenging participants to think critically about structure and stability while using everyday materials.
How many new DIY World Records did your class create?
How likely are you to teach this kit again in the future?
What cross curricular learning came about as a result of this kit?
The kit facilitated cross-curricular learning by integrating math with science through problem-solving and engineering challenges, promoting literacy through written reflections and explanations of record attempts, and enhancing collaboration and communication skills through teamwork and discussion-based activities.