This math topic focuses on identifying specific types of complex 3D shapes. It is an introductory section of a broader unit on classifying three-dimensional geometrical shapes. The problems involve examining images of various 3D shapes and determining if they match the given descriptions, such as spheres, rectangular pyramids, pentagonal prisms, hexagonal pyramids, and rectangular prisms. Each question is formatted as a yes/no query about the nature of the displayed shape.
Work on practice problems directly here, or download the printable pdf worksheet to practice offline.
Practice:
Complex 3D Shapes - Is Specific Type
Complete these online problems with 80% or 4 correct answers in a row. Results are immediate.
Is this shape a Sphere (a ball shape)?
Complex 3D Shapes - Is Specific Type Worksheet
| Math worksheet on 'Complex 3D Shapes - Is Specific Type (Level 1)'. Part of a broader unit on 'Geometry - Shape Classification (3D) - Intro' Learn online: app.mobius.academy/math/units/geometry_shapes_3d_classifying_intro/ |
1
| Is this shape a Cylinder (a round base and parallel sides coming to a round top)? |
a
| No |
b
| Yes |
2
| Is this shape a Tetrahedron (a triangular base and sides that are all triangles)? |
a
| No |
b
| Yes |
3
| Is this shape a Cylinder (a round base and parallel sides coming to a round top)? |
a
| No |
b
| Yes |
4
| Is this shape a Sphere (a ball shape)? |
a
| Yes |
b
| No |
5
| Is this shape a Cone (a round base and round sides coming to a point)? |
a
| No |
b
| Yes |
6
| Is this shape a Triangular Prism (a triangular base and parallel sides coming to a triangular top)? |
a
| Yes |
b
| No |
7
| Is this shape a Hexagonal Prism (a hexagonal base and parallel sides coming to a hexagonal top)? |
a
| Yes |
b
| No |