This math topic focuses on counting the number of vertices on various 2D shapes, providing foundational knowledge in geometry. Each problem presents a different 2D shape, and students are required to identify and count the vertices. This introduces students to basic geometric concepts and shapes recognition skills, contributing to their overall understanding of mathematical and spatial relationships in geometry.
Work on practice problems directly here, or download the printable pdf worksheet to practice offline.
Practice:
Count Vertices on 2D Shapes
Complete these online problems with 80% or 4 correct answers in a row. Results are immediate.
Count the number of vertices (corners) that the shape has.
Count Vertices on 2D Shapes Worksheet
| Math worksheet on 'Count Vertices on 2D Shapes (Level 1)'. Part of a broader unit on 'Geometry - Shape Classification (2D) - Intro' Learn online: app.mobius.academy/math/units/geometry_shapes_2d_classifying_intro/ |
1
| Count the number of vertices (corners) that the shape has. |
a
| 2 |
b
| 5 |
c
| 4 |
d
| 3 |
2
| Count the number of vertices (corners) that the shape has. |
a
| 5 |
b
| 4 |
c
| 3 |
d
| 2 |
3
| Count the number of vertices (corners) that the shape has. |
a
| 4 |
b
| 7 |
c
| 5 |
d
| 6 |
4
| Count the number of vertices (corners) that the shape has. |
a
| 5 |
b
| 4 |
c
| 6 |
d
| 3 |
5
| Count the number of vertices (corners) that the shape has. |
a
| 4 |
b
| 3 |
c
| 5 |
d
| 2 |
6
| Count the number of vertices (corners) that the shape has. |
a
| 3 |
b
| 4 |
c
| 5 |
d
| 2 |
7
| Count the number of vertices (corners) that the shape has. |
a
| 3 |
b
| 5 |
c
| 4 |
d
| 2 |