To create a prism with a pentagonal base, you need 5 straws for the edges of the pentagon at the base and another 5 for the top face, totaling 10 straws. Additionally, you will need 5 balls of clay to connect the vertices of the pentagonal bases at both ends, resulting in a total of 5 balls of clay. Thus, you will need 10 straws and 5 balls of clay.
Fact: a polygonal pyramid has a polygon for a base. Fact: A polygon with n sides (straws) has n vertices (balls of clay). Fact: A pyramid has one vertex (clay) at the top. Fact: Each vertex of the base has a side (straw) that connects it to the top vertex (clay). Question: How many sides does a hexagon have? (base straws) Question: How many vertices does a hexagon have? (base clay) Question: How many vertices are there all together, including the top one? (clay) Question: How many sides connect the base to the top vertex? (side straws) Question: How many sides (straws) are there all together? (straws)
No they have to have a polygon as a base.
To make a triangular-based pyramid, you would need a total of 6 straws. This includes 3 straws for the triangular base and 3 additional straws connecting each vertex of the base to the apex of the pyramid. The straws form the edges of the pyramid, creating its structure.
To create an octagonal base pyramid, you will need a total of 17 straws. This includes 8 straws for the edges of the octagonal base and 9 additional straws to connect the apex of the pyramid to each vertex of the octagon. The structure requires careful assembly to ensure stability and proper angles.
To create a rectangular pyramid using straws, you need a minimum of 8 straws: 4 for the base and 4 for the edges connecting the apex to each corner of the base. The base forms a rectangle, and the vertical edges connect the base corners to the apex, completing the pyramid structure. Additional straws can be used for reinforcement or to create a more complex design if desired.
Fact: a polygonal pyramid has a polygon for a base. Fact: A polygon with n sides (straws) has n vertices (balls of clay). Fact: A pyramid has one vertex (clay) at the top. Fact: Each vertex of the base has a side (straw) that connects it to the top vertex (clay). Question: How many sides does a hexagon have? (base straws) Question: How many vertices does a hexagon have? (base clay) Question: How many vertices are there all together, including the top one? (clay) Question: How many sides connect the base to the top vertex? (side straws) Question: How many sides (straws) are there all together? (straws)
no
Cones and pyramids have only one base, but prisms have multiple bases.
6
No they have to have a polygon as a base.
6
a pentagon
To make a triangular-based pyramid, you would need a total of 6 straws. This includes 3 straws for the triangular base and 3 additional straws connecting each vertex of the base to the apex of the pyramid. The straws form the edges of the pyramid, creating its structure.
16 straws.
To create a rectangular pyramid using straws, you need a minimum of 8 straws: 4 for the base and 4 for the edges connecting the apex to each corner of the base. The base forms a rectangle, and the vertical edges connect the base corners to the apex, completing the pyramid structure. Additional straws can be used for reinforcement or to create a more complex design if desired.
The six common shapes that are classified as prisms include rectangular prisms, triangular prisms, pentagonal prisms, hexagonal prisms, octagonal prisms, and rhombic prisms. A prism is characterized by having two parallel, congruent bases connected by rectangular lateral faces. Each type of prism is named after the shape of its base.
A base