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Chapter 11 Review

Last updated over 3 years ago
54 questions
Throughout this review, round all answers to the nearest hundredth, if necessary. Use 3.14 for pi.
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
  • A polyhedron with all vertices pointing out
  • The person that discovered the formula F + V = E + 2
  • A polyhedron that has some vertices pointing in
  • A solid in which all points on its surface are equidistant from its center
  • The five regular polyhedra
1

Drag each solid to its appropriate category

  • Item 1
  • Item 2
  • Polyhedron
  • Not a polyhedron
1

What is the mathematical name of the solid below?

1

What is the mathematical name of the solid below?

1

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

1

A polyhedron has 14 faces and 24 vertices. Using Euler's Theorem, determine how many edges it has.

1

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

Use the polyhedron below for the next 4 questions.
1

How many faces does the polyhedron have?

1

How many vertices does the polyhedron have?

1

How many edges does the polyhedron have?

1

Check your answers above by plugging them into Euler's Theorem. Your answer should look like:
F+V=E+2

Use the polyhedron below for the next 4 questions.
1

How many faces does the polyhedron have?

1

How many vertices does the polyhedron have?

1

How many edges does the polyhedron have?

1

Check your answers above by plugging them into Euler's Theorem. Your answer should look like:
F+V=E+2

Use the polyhedron below for the next 4 questions.
1

How many faces does the polyhedron have?

1

How many vertices does the polyhedron have?

1

How many edges does the polyhedron have?

1

Check your answers above by plugging them into Euler's Theorem. Your answer should look like:
F+V=E+2

1

Determine whether the solid below is convex or concave.

1

Determine whether the solid below is convex or concave.

1

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

1

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

1

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

1

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

1

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

Use the rectangular prism below for the next 2 questions.
1

What is the surface area of the solid?

1

What is the volume of the solid?

Use the triangular prism below for the next 2 questions.
1

What is the surface area of the solid?

1

What is the volume of the solid?

Use the following information for the next 2 questions:

A right cylinder has a radius of 5 cm and a height of 15 cm.
1

What is the surface area of the solid?

1

What is the volume of the solid?

Use the following information for the next 2 questions:

A right cylinder has a radius of 1.1 ft and a height of 3.2 ft.
1

What is the surface area of the solid?

1

What is the volume of the solid?

1

The surface area of the triangular prism below is 200 ft2. Solve for x.

1

The surface area of the cylinder below is 1000 cm2. Solve for x.

Use the regular pyramid below for the next 2 questions.
1

What is the surface area of the solid?

1

What is the volume of the solid?

Use the cone below for the next 2 questions.
1

What is the surface area of the solid?

1

What is the volume of the solid?

Use the cone below for the next 2 questions.
1

What is the surface area of the solid?

1

What is the volume of the solid?

1

The volume of the rectangular prism below is 1440 m3. Solve for x.

1

The volume of the cylinder below is:
Solve for x.

Use the sphere below for the next 2 questions.
1

What is the surface area of the solid?

1

What is the volume of the solid?

Use the sphere below for the next 2 questions.
1

What is the surface area of the solid?

1

What is the volume of the solid?

Use the following information for the next 2 questions:

Solid A is similar to Solid B with a scale factor of 1:4 from A to B. The surface area and volume of Solid A are provided below.
1

What is the surface area of Solid B?

1

What is the volume of Solid B?

Use the following information for the next 2 questions:

The cones shown below are similar with a scale factor of 3:4. The surface area and volume of the smaller cone are provided.
1

What is the surface area of the larger cone?

1

What is the volume of the larger cone?

Use the following solid for the next 2 questions.
1

What is the surface area of the solid?

1

What is the volume of the solid?