Write the number of faces, edges, and vertices, and identify each 3D shape.
Problem 1 :
Problem 2 :
Problem 3 :
Problem 4 :
Problem 5 :
Problem 6 :
Problem 7 :
Problem 8 :
Vertices |
Edges |
Faces |
1) 10 2) 1 3) 0 4) 5 5) 6 6) 0 7) 8 8) 4 |
15 1 2 8 9 0 12 6 |
7 2 3 5 5 1 6 4 |
Problem 1 :
Using Euler's rule, determine the number of edges for a figure with 5 vertices and 4 regions.
Problem 2 :
Using Euler's rule, determine the number of edges for a figure with 6 vertices and 5 regions.
Problem 3 :
Using Euler's rule, determine the number of vertices for a figure with 7 edges and 3 regions
Problem 4 :
Using Euler's rule, determine the number of vertices for a figure with 9 edges and 4 regions
Problem 5 :
Using Euler's rule, determine the number of regions for a figure with 10 edges and 8 vertices.
Problem 6 :
Using Euler's rule, determine the number of regions for a figure with 12 edges and 7 vertices.
Problem 7 :
Use Euler's rule
E = V + R - 2
to determine the number of :
a) Edges in a plane figure with 11 vertices and 5 faces.
b) Faces in a plane figure with 9 vertices and 17 edges.
Problem 8 :
Use Euler's rule E = V + F - 2 to determine the number of :
a) Vertices if there are 7 faces and 14 edges.
b) faces if there are 12 edges and 8 vertices.
1) E = 7
2) E = 9
3) V = 6
4) V = 7
5) R = 4
6) R = 7
7) a) E = 14, b) F = 10
8) a) V = 9, b) F = 6
May 21, 24 08:51 PM
May 21, 24 08:51 AM
May 20, 24 10:45 PM