Match nets to solids and count faces, edges and vertices

Question 1

How many vertices does a hexagonal prism have?

Answer 

Question 2

A polyhedron has 10 vertices and 15 edges. Use Euler's rule F + V − E = 2 to find the number of faces.

Answer 

Question 3

A net is made of 2 triangles and 3 rectangles. Which solid does it fold into?

• A. cube
• B. tetrahedron (triangular pyramid)
• C. triangular prism
• D. hexagonal prism

Question 4

How many vertices does a tetrahedron (triangular pyramid) have?

Answer 

Question 5

A polyhedron has 4 vertices and 6 edges. Use Euler's rule F + V − E = 2 to find the number of faces.

Answer 

Question 6

A net is made of 2 triangles and 3 rectangles. Which solid does it fold into?

• A. cube
• B. triangular prism
• C. pentagonal prism
• D. tetrahedron (triangular pyramid)

Question 7

How many edges does a square-based pyramid have?

Answer 

Question 8

A polyhedron has 7 faces and 15 edges. Use Euler's rule F + V − E = 2 to find the number of vertices.

Answer 

Question 9

A net is made of 2 triangles and 3 rectangles. Which solid does it fold into?

• A. cube
• B. pentagonal prism
• C. tetrahedron (triangular pyramid)
• D. triangular prism

Question 10

How many edges does a cube have?

Answer 

Question 11

A polyhedron has 6 vertices and 9 edges. Use Euler's rule F + V − E = 2 to find the number of faces.

Answer 

Question 12

A net is made of 2 triangles and 3 rectangles. Which solid does it fold into?

• A. triangular prism
• B. tetrahedron (triangular pyramid)
• C. square-based pyramid
• D. pentagonal prism

Question 13

How many faces does a tetrahedron (triangular pyramid) have?

Answer 

Question 14

A polyhedron has 5 faces and 6 vertices. Use Euler's rule F + V − E = 2 to find the number of edges.

Answer 

Question 15

A net is made of 2 pentagons and 5 rectangles. Which solid does it fold into?

• A. pentagonal prism
• B. triangular prism
• C. square-based pyramid
• D. cube

Question 16

How many edges does a hexagonal prism have?

Answer