4 Explain why a triangular prism is a suitable shape for the roof of a tuck shop. Give ONE reason.

Here's a review of your answers and the solutions for the remaining questions:

4.3 Identify any two 2D shapes that can be seen on your tuck shop model.
Your answer: "2D shape that can be seen on the tuck shop model are triangle and rectangle"
✅ Correct. The two 2D shapes are triangles and rectangles.

4.4 Explain why a triangular prism is a suitable shape for the roof of a tuck shop. Give ONE reason.
Your answer: "Because its slanted sides allow rainwater to run off easily, preventing water accumulation and potential damage"
✅ Correct. The slanted sides allow rainwater to run off easily, preventing water accumulation.

4.5 Name TWO real-life objects that have the same shape and explain one similarity between those objects and the tuck shop model.
Two real-life objects with the same shape as a triangular prism are a tent and a Toblerone chocolate bar. A similarity is that they all have two triangular faces and three rectangular faces.

4.6 What did you enjoy most about this project?
I most enjoyed the hands-on process of constructing the model and seeing the flat net transform into a 3D object.

4.7 Mention one challenge you experienced while building the model.
One challenge was accurately cutting and folding the cardboard to ensure all edges aligned perfectly for a stable structure.

4.8 How did Mathematics help you complete this project?
Mathematics was essential for measuring the dimensions of each part, calculating the perimeter and area of the faces, and understanding how the 2D net would fold into the 3D triangular prism.