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Chapter 11 Vocab Review

Last updated over 3 years ago

21 questions

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Throughout this review, round all answers to the nearest hundredth, if necessary.  Use 3.14 for pi.

Question 1

1.

Match the term with its definition.

Icosahedron
Platonic Solids
Octahedron
Dodecahedron
Tetrahedron
Cross Section
Convex Polyhedron
Concave Polyhedron
Cube
Edge
Vertex
Face
Lateral Area
Prism
Pyramid
Cylnder
Euler
Sphere

A polyhedron with two polygon bases and rectangular lateral faces
A polyhedron made up of four equilateral triangles
A segment at which two faces of a polyhedron intersect
The intersection of three or more edges
A polyhedron made up of six squares
A polyhedron made up of one polygon base and triangular lateral faces that meet at one vertex
The intersection of a plane and a solid
The area of the sides of a polyhedron (Surface Area not including the base(s))
A polyhedron made up of twenty equilateral triangles
The polygon that makes up a side of a polyhedron
A polyhedron made up of twelve regular pentagons
A polyhedron made up of eight equilateral triangles
A solid with two circular bases
The person that discovered the formula F + V = E + 2
A solid in which all points on its surface are equidistant from its center
The five regular polyhedra

Question 2

2.

What is the mathematical name of the solid below?

Question 3

3.

How many faces does the solid have?

Question 4

4.

How many edges does the solid have?

Question 5

5.

How many vertices does the solid have?

Question 6

6.

What is the mathematical name of the solid below?

Question 7

7.

How many faces does the solid have?

Question 8

8.

How many edges does the solid have?

Question 9

9.

How many vertices does the solid have?

Question 10

10.

A polyhedron has 12 vertices and 16 edges. Using Euler's Theorem, determine how many faces it has.

Question 11

11.

A polyhedron has 12 vertices and 16 edges. Using Euler's Theorem, determine how many faces it has.

Question 12

12.

A polyhedron has 29 faces and 81 edges. Using Euler's Theorem, determine how many vertices it has.

Question 13

13.

A solid with 10 faces is formed by 2 rectangles, 3 hexagons, and 5 octagons. Find the number of edges.

Question 14

14.

A solid with 10 faces is formed by 2 rectangles, 3 hexagons, and 5 octagons. Find the number of vertices.

Question 15

15.

A solid with 18 faces is formed by 6 triangles, 8 pentagons, and 4 hexagons. Find the number of edges.

Question 16

16.

A solid with 18 faces is formed by 6 triangles, 8 pentagons, and 4 hexagons. Find the number of vertices.

Question 17

17.

Describe the cross section formed by the intersection of the plane and the solid below.

Question 18

18.

Describe the cross section formed by the intersection of the plane and the solid below.

Question 19

19.

Name the solid that can be formed by the net shown below.

Question 20

20.

Name the solid that can be formed by the net shown below.

Question 21

21.

Name the solid that can be formed by the net shown below.