Match nets to 3D shapes
5th grade (Year 6 in England) · 16 questions · Common Core: 6.G.A.4 · England: Y6 Geometry
Name
Date
Score/ 16
Question 1
How many faces will the net of a cube have?
Answer
Question 2
A net is made of 6 equal squares. Which 3D shape does it fold into?
- A. tetrahedron (triangular pyramid)
- B. cuboid
- C. cube
- D. square-based pyramid
Question 3
How many faces will the net of a hexagonal prism have?
Answer
Question 4
A net is made of 6 equal squares. Which 3D shape does it fold into?
- A. tetrahedron (triangular pyramid)
- B. cylinder
- C. square-based pyramid
- D. cube
Question 5
How many faces will the net of a triangular prism have?
Answer
Question 6
A net is made of 6 equal squares. Which 3D shape does it fold into?
- A. cube
- B. square-based pyramid
- C. tetrahedron (triangular pyramid)
- D. cuboid
Question 7
How many faces will the net of a pentagonal prism have?
Answer
Question 8
A net is made of 2 circles and 1 rectangle. Which 3D shape does it fold into?
- A. tetrahedron (triangular pyramid)
- B. cube
- C. cylinder
- D. square-based pyramid
Question 9
How many faces will the net of a hexagonal prism have?
Answer
Question 10
A net is made of 6 equal squares. Which 3D shape does it fold into?
- A. tetrahedron (triangular pyramid)
- B. cylinder
- C. cube
- D. cuboid
Question 11
How many faces will the net of a triangular prism have?
Answer
Question 12
A net is made of 2 circles and 1 rectangle. Which 3D shape does it fold into?
- A. cylinder
- B. square-based pyramid
- C. tetrahedron (triangular pyramid)
- D. triangular prism
Question 13
How many faces will the net of a cube have?
Answer
Question 14
A net is made of 6 rectangles, in 3 matching pairs. Which 3D shape does it fold into?
- A. cylinder
- B. cuboid
- C. square-based pyramid
- D. cube
Question 15
How many faces will the net of a hexagonal prism have?
Answer
Question 16
A net is made of 6 equal squares. Which 3D shape does it fold into?
- A. triangular prism
- B. tetrahedron (triangular pyramid)
- C. cube
- D. square-based pyramid
All done? Color in the animal! · Free from eurekami.com/math