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Laabri

Chapter 11 Test B

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37 Nsɛmmisa

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

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The following question is BONUS. There is no penalty for a wrong answer.

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1.

Match the term on the left with its definition on the right. Not all terms will be used.

  • Sphere

  • Platonic Solids

  • Octahedron

  • Cylinder

  • Tetrahedron

  • Cross Section

  • Convex Polyhedron

  • Concave Polyhedron

  • Cube

  • Edge

  • Vertex

  • Face

  • Lateral Area

  • Prism

  • Pyramid

  • A polyhedron with two polygon bases and rectangular lateral faces

  • A solid with two circular bases

  • A polyhedron with all vertices pointing out

  • A polyhedron made up of one polygon base and triangular sides that meet at one vertex

  • A segment at which two faces of a polygon intersect

  • A polyhedron made up of eight equilateral triangles

  • A polyhedron made up of six squares

  • The intersection of three or more edges

  • The five regular polyhedra

  • The area of the sides of a polyhedron (Surface Area not including the base(s))

  • The polygon that makes up a side of a polyhedron

For the figure below, name the polyhedron, then count the number of faces, edges, and vertices.

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2.

Name the polyhedron

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3.

Number of faces:

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4.

Number of edges:

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5.

Number of vertices:

For the figure below, name the polyhedron, then count the number of faces, edges, and vertices.

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6.

Name the polyhedron

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7.

Number of faces:

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8.

Number of edges:

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10.

Which of the following solides is NOT a polyhedron?

Use the polyhedron below for the next 2 questions.

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11.

Is the polyhedron convex or concave?

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12.

Is the polyhedron regular or non-regular?

Use the polyhedron below for the next 2 questions.

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13.

Is the polyhedron convex or concave?

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14.

Is the polyhedron regular or non-regular?

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15.

A polyhedron has 6 vertices and 10 edges. Using Euler's Theorem, determine how many faces it has.

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16.

A polyhedron has 20 faces and 36 edges. Using Euler's Theorem, determine how many vertices it has.

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17.

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

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18.

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

Use the rectangular prism below for the next 2 questions.

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19.

What is the surface area?

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20.

What is the volume?

Use the triangular prism below for the next 2 questions.

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21.

What is the surface area?

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22.

What is the volume?

Use the cylinder below for the next 2 questions.

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23.

What is the surface area?

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24.

What is the volume?

Use the square pyramid below for the next 2 questions.Use the square pyramid below for the next 2 questions.

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25.

What is the surface area?

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26.

What is the volume?

Use the cone below for the next 2 questions.

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27.

What is the surface area?

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28.

What is the volume?

Use the sphere below for the next 2 questions.

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29.

What is the surface area?

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30.

What is the volume?

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31.

The surface area of the rectangular prism below is 450 ft2. Solve for x.

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32.

The surface area of the cylinder below is 1407 cm2. Solve for x.

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33.

The volume of the rectangular prism below is 1836 m3. Solve for x.

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34.

The volume of the cylinder below is 216\pi cm3. Solve for x.

Use the following information for the next 2 questions:

The pyramids shown below are similar with a scale factor of 3:5. The surface area and volume of the smaller pyramid are provided.

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35.

What is the surface area of the larger pyramid?

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36.

What is the volume of the larger pyramid?

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37.

A machinist drilled a conical hole into a cube of metal as shown below. If the cube has sides of length 6 cm, what is the volume of the metal after the hole is drilled?

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9.

Number of vertices: