Our group made a 60 card
polyhedron, the deltoidal hexecontahedron. If we want to implement this activity in the classroom, I
think groups of 4-5 people is the best. From my own experience and from the
presentation, the making process can be very frustrating. I think having
different colors and number the cuts will help students to see what fits where.
The materials are accessible and cheaper to work with and can be easily
implemented in a classroom. It is a great activity to incorporate in the unit
of geometry. We can talk about vertices, symmetry, edges
and shapes. The layers are suit oriented and have specific number of cards in each
layer. We can use it as a prop for patterns and relations, find equations and general
formula for the relations of cards in balls of different sizes (the 30 cards,
60 cards, 120 cards…). In the unit of equations, we can also use these data to
draw graphs. Further extensions for this project can be making balls of
different sizes or different shapes.
In the presentation, I
learned that there can be distractions when learning in outdoor environment, and it is
harder to manage the class. Also, having visuals to supplement the lesson is
extremely important.
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