Title: Solid Figures
Course: quiz duplicate error

Q: Which shape could have the figure below as a base?
[Image]
- sphere (A square pyramid has a square base, so the figure could be the base for a square pyramid.)
- triangular prism (A square pyramid has a square base, so the figure could be the base for a square pyramid.)
- cylinder (A square pyramid has a square base, so the figure could be the base for a square pyramid.)
- square pyramid (A square pyramid has a square base, so the figure could be the base for a square pyramid.)
A: square pyramid

Q: What solid figure will be formed if you fold the net below?
[Image]
- sphere (Imagine folding the net. It will produce a cylinder.)
- cylinder (Imagine folding the net. It will produce a cylinder.)
- cone (Imagine folding the net. It will produce a cylinder.)
- triangular prism (Imagine folding the net. It will produce a cylinder.)
A: cylinder

Q: Which solid figure has a circular base?
- [Image] (A baseball bat has a circular base.)
- [Image] (A baseball bat has a circular base.)
- [Image] (A baseball bat has a circular base.)
- [Image] (A baseball bat has a circular base.)
A: [Image]

Q: Which shape has the top, side, and front views shown below?

Top | Side | Front
[Image] | [Image] | [Image]
- cone (Imagine looking at each three-dimensional solid from the top, side, and front views. The correct solid is a cone.)
- cylinder (Imagine looking at each three-dimensional solid from the top, side, and front views. The correct solid is a cone.)
- rectangular prism (Imagine looking at each three-dimensional solid from the top, side, and front views. The correct solid is a cone.)
- cube (Imagine looking at each three-dimensional solid from the top, side, and front views. The correct solid is a cone.)
A: cone

Q: Which shape could have the figure below as a base?
[Image]
- hexagonal prism (The figure shown is a hexagon. The shape that could have this base is a hexagonal prism.)
- cylinder (The figure shown is a hexagon. The shape that could have this base is a hexagonal prism.)
- cube (The figure shown is a hexagon. The shape that could have this base is a hexagonal prism.)
- pentagonal prism (The figure shown is a hexagon. The shape that could have this base is a hexagonal prism.)
A: hexagonal prism

Q: Which two-dimensional net could be folded to form a cube?
- [Image] (Imagine cutting each net out of the paper and folding it. The following net will form a cube when folded. [Image])
- [Image] (Imagine cutting each net out of the paper and folding it. The following net will form a cube when folded. [Image])
- [Image] (Imagine cutting each net out of the paper and folding it. The following net will form a cube when folded. [Image])
- [Image] (Imagine cutting each net out of the paper and folding it. The following net will form a cube when folded. [Image])
A: [Image]

Q: Which of the following shows the right side view of the solid?
[Image]
- [Image] (Imagine looking at the solid figure from the right side. How many blocks wide and tall will it be from this view?)
- [Image] (Imagine looking at the solid figure from the right side. How many blocks wide and tall will it be from this view?)
- [Image] (Imagine looking at the solid figure from the right side. How many blocks wide and tall will it be from this view?)
- [Image] (Imagine looking at the solid figure from the right side. How many blocks wide and tall will it be from this view?)
A: [Image]

Q: Which of the following figures could be the top view of a cone?
- [Image] (Imagine looking at a cone from the top. What would this view look like?)
- [Image] (Imagine looking at a cone from the top. What would this view look like?)
- [Image] (Imagine looking at a cone from the top. What would this view look like?)
- [Image] (Imagine looking at a cone from the top. What would this view look like?)
A: [Image]

Q: Which of the following shows the front view of the solid?
[Image]
- [Image] (Imagine looking at the solid figure from the front. How many blocks wide and tall will it be from this view?)
- [Image] (Imagine looking at the solid figure from the front. How many blocks wide and tall will it be from this view?)
- [Image] (Imagine looking at the solid figure from the front. How many blocks wide and tall will it be from this view?)
- [Image] (Imagine looking at the solid figure from the front. How many blocks wide and tall will it be from this view?)
A: [Image]

Q: The Great Pyramid of Giza is the oldest and last remaining of the Seven Wonders of the World. The structure was originally shaped like a square pyramid. Its base measured 231 meters on a side and its height was about 147 meters. Which of the following could be the rear view of the square pyramid?
[Image]
- [Image] (Imagine looking at the square pyramid from a rear view. What would this view look like?)
- [Image] (Imagine looking at the square pyramid from a rear view. What would this view look like?)
- [Image] (Imagine looking at the square pyramid from a rear view. What would this view look like?)
- [Image] (Imagine looking at the square pyramid from a rear view. What would this view look like?)
A: [Image]

Q: Luana noticed the items below around her house. Which item is the sphere?
[Image]
- golf ball (A sphere is a solid having all points of its surface at an equal distance from the center. It is simply a ball or globe. The only sphere pictured is the golf ball.)
- crate (A sphere is a solid having all points of its surface at an equal distance from the center. It is simply a ball or globe. The only sphere pictured is the golf ball.)
- dresser (A sphere is a solid having all points of its surface at an equal distance from the center. It is simply a ball or globe. The only sphere pictured is the golf ball.)
- paint can (A sphere is a solid having all points of its surface at an equal distance from the center. It is simply a ball or globe. The only sphere pictured is the golf ball.)
A: golf ball

Q: Linda realized that the items below looked like shapes discussed in her math class. Which item is the cube?
[Image]
- suitcase (A cube is a closed three-dimensional figure with six faces that are all congruent regular squares. The only cube pictured is the block.)
- orange (A cube is a closed three-dimensional figure with six faces that are all congruent regular squares. The only cube pictured is the block.)
- block (A cube is a closed three-dimensional figure with six faces that are all congruent regular squares. The only cube pictured is the block.)
- battery (A cube is a closed three-dimensional figure with six faces that are all congruent regular squares. The only cube pictured is the block.)
A: block

Q: Which item is the rectangular prism?
[Image]
- Item 3 (A prism is a closed three-dimensional figure that has two identical parallel bases and whose other faces are all parallelograms. A rectangular prism does not have all sides of congruent size. The only rectangular prism pictured is the Item 4.)
- Item 4 (A prism is a closed three-dimensional figure that has two identical parallel bases and whose other faces are all parallelograms. A rectangular prism does not have all sides of congruent size. The only rectangular prism pictured is the Item 4.)
- Item 2 (A prism is a closed three-dimensional figure that has two identical parallel bases and whose other faces are all parallelograms. A rectangular prism does not have all sides of congruent size. The only rectangular prism pictured is the Item 4.)
- Item 1 (A prism is a closed three-dimensional figure that has two identical parallel bases and whose other faces are all parallelograms. A rectangular prism does not have all sides of congruent size. The only rectangular prism pictured is the Item 4.)
A: Item 4

Q: Which item is the cylinder?
[Image]
- box (A cylinder is a three-dimensional shape made up of a curved region and two congruent circular bases that lie in parallel plans. It can also be described as a rolled-shaped object. The only cylinder pictured is the barrel.)
- barrel (A cylinder is a three-dimensional shape made up of a curved region and two congruent circular bases that lie in parallel plans. It can also be described as a rolled-shaped object. The only cylinder pictured is the barrel.)
- juice box (A cylinder is a three-dimensional shape made up of a curved region and two congruent circular bases that lie in parallel plans. It can also be described as a rolled-shaped object. The only cylinder pictured is the barrel.)
- baseball (A cylinder is a three-dimensional shape made up of a curved region and two congruent circular bases that lie in parallel plans. It can also be described as a rolled-shaped object. The only cylinder pictured is the barrel.)
A: barrel

Q: Which item has 0 faces?
[Image]
- bucket (A face is a flat surface of the object. The marble is a sphere. Therefore it has 0 faces.)
- marble (A face is a flat surface of the object. The marble is a sphere. Therefore it has 0 faces.)
- pyramid (A face is a flat surface of the object. The marble is a sphere. Therefore it has 0 faces.)
- crate (A face is a flat surface of the object. The marble is a sphere. Therefore it has 0 faces.)
A: marble

Q: Which item has 6 edges?
[Image]
- package (An edge is the linear point at which two faces of an object intersect. The triangular pyramid has 6 edges.)
- triangular pyramid (An edge is the linear point at which two faces of an object intersect. The triangular pyramid has 6 edges.)
- square pyramid (An edge is the linear point at which two faces of an object intersect. The triangular pyramid has 6 edges.)
- triangular prism (An edge is the linear point at which two faces of an object intersect. The triangular pyramid has 6 edges.)
A: triangular pyramid

Q: How many edges does this shape have?
[Image]
- 10 (An edge is the linear point at which two faces of an object intersect. The juice box has 12 edges.)
- 6 (An edge is the linear point at which two faces of an object intersect. The juice box has 12 edges.)
- 9 (An edge is the linear point at which two faces of an object intersect. The juice box has 12 edges.)
- 12 (An edge is the linear point at which two faces of an object intersect. The juice box has 12 edges.)
A: 12

Q: How many faces does this paint can have?
[Image]
- 3 (A face is a flat surface of the object. The paint can has 2 faces.)
- 0 (A face is a flat surface of the object. The paint can has 2 faces.)
- 1 (A face is a flat surface of the object. The paint can has 2 faces.)
- 2 (A face is a flat surface of the object. The paint can has 2 faces.)
A: 2

Q: How many vertices does this package have?
[Image]
- 8 (A vertex is the point at which two edges meet. The shape is a prism and has 8 vertices.)
- 6 (A vertex is the point at which two edges meet. The shape is a prism and has 8 vertices.)
- 10 (A vertex is the point at which two edges meet. The shape is a prism and has 8 vertices.)
- 12 (A vertex is the point at which two edges meet. The shape is a prism and has 8 vertices.)
A: 8

Q: Tami and Jacob volunteer at an after-school activity center working with the pre-school children. They are helping to prepare a geometry lesson. The teacher asked Tami and Jacob to gather objects.
[Image]
This speaker is in the shape of a ____.
- square pyramid (This speaker has six square faces. It is called a cube.)
- triangular prism (This speaker has six square faces. It is called a cube.)
- cone (This speaker has six square faces. It is called a cube.)
- cube (This speaker has six square faces. It is called a cube.)
A: cube

Q: Which of the following shapes is a rectangular pyramid?
- [Image] (A rectangular pyramid has one rectangular base and four triangular faces.)
- [Image] (A rectangular pyramid has one rectangular base and four triangular faces.)
- [Image] (A rectangular pyramid has one rectangular base and four triangular faces.)
- [Image] (A rectangular pyramid has one rectangular base and four triangular faces.)
A: [Image]

Q: Which of the following shapes is a triangular pyramid?
- [Image] (A triangular pyramid has four triangular faces.)
- [Image] (A triangular pyramid has four triangular faces.)
- [Image] (A triangular pyramid has four triangular faces.)
- [Image] (A triangular pyramid has four triangular faces.)
A: [Image]

Q: Which of these is a rectangular prism?
- [Image] (A rectangular prism has six rectangular faces.)
- [Image] (A rectangular prism has six rectangular faces.)
- [Image] (A rectangular prism has six rectangular faces.)
- [Image] (A rectangular prism has six rectangular faces.)
A: [Image]

Q: Which of these is a triangular prism?
- [Image] (A triangular prism has three rectangular faces and two triangular bases.)
- [Image] (A triangular prism has three rectangular faces and two triangular bases.)
- [Image] (A triangular prism has three rectangular faces and two triangular bases.)
- [Image] (A triangular prism has three rectangular faces and two triangular bases.)
A: [Image]

Q: What are the names of the objects in order from left to right?
[Image]
- sphere, cylinder, cone ([Image] [Image] [Image])
- cylinder, sphere, cone ([Image] [Image] [Image])
- cone, sphere, cylinder ([Image] [Image] [Image])
- cylinder, cone, sphere ([Image] [Image] [Image])
A: cylinder, sphere, cone

Q: Which of the following is a sphere?
- [Image] (A sphere is round like a ball or globe.)
- [Image] (A sphere is round like a ball or globe.)
- [Image] (A sphere is round like a ball or globe.)
- [Image] (A sphere is round like a ball or globe.)
A: [Image]

Q: Which of the following is a cone?
- [Image] (A cone has a circular base with one vertex. A pointed cone used to make ice cream cones is an example of a cone.)
- [Image] (A cone has a circular base with one vertex. A pointed cone used to make ice cream cones is an example of a cone.)
- [Image] (A cone has a circular base with one vertex. A pointed cone used to make ice cream cones is an example of a cone.)
- [Image] (A cone has a circular base with one vertex. A pointed cone used to make ice cream cones is an example of a cone.)
A: [Image]

Q: Which of the following is a cylinder?
- [Image] (A cylinder has two parallel circular bases that are the same size. A can of soup is an example of a cylinder.)
- [Image] (A cylinder has two parallel circular bases that are the same size. A can of soup is an example of a cylinder.)
- [Image] (A cylinder has two parallel circular bases that are the same size. A can of soup is an example of a cylinder.)
- [Image] (A cylinder has two parallel circular bases that are the same size. A can of soup is an example of a cylinder.)
A: [Image]

Q: Which object below consists of a rectangular prism and triangular prism?
- [Image] ([Image])
- [Image] ([Image])
- [Image] ([Image])
- [Image] ([Image])
A: [Image]

Q: The bases of a three-dimensional object look like this.
[Image]
Which object is it?
- [Image] (Bases and faces are flat surfaces. A cylinder has circular bases. [Image])
- [Image] (Bases and faces are flat surfaces. A cylinder has circular bases. [Image])
- [Image] (Bases and faces are flat surfaces. A cylinder has circular bases. [Image])
- [Image] (Bases and faces are flat surfaces. A cylinder has circular bases. [Image])
A: [Image]

Q: How many circular faces does this sphere have?
[Image]
- 3 (A face is a flat surface. This sphere has 0 circular faces.)
- 0 (A face is a flat surface. This sphere has 0 circular faces.)
- 1 (A face is a flat surface. This sphere has 0 circular faces.)
- 2 (A face is a flat surface. This sphere has 0 circular faces.)
A: 0

Q: The figure below would be a side for what three-dimensional shape?
[Image]
- cube (The side is a rectangle. Therefore, the shape must be a rectangular prism.)
- rectangle (The side is a rectangle. Therefore, the shape must be a rectangular prism.)
- rectangular prism (The side is a rectangle. Therefore, the shape must be a rectangular prism.)
- square (The side is a rectangle. Therefore, the shape must be a rectangular prism.)
A: rectangular prism

Q: Kuma, Michelle, and Tony are taking a basic computer graphics class. They created drawings of three-dimensional shapes from the viewpoint of someone looking down on the shape.
The figure below would be the top for what three-dimensional shape?
[Image]
- prism (The top looks like a rectangle. Therefore, the shape is a rectangular prism.)
- rectangular pyramid (The top looks like a rectangle. Therefore, the shape is a rectangular prism.)
- rectangular prism (The top looks like a rectangle. Therefore, the shape is a rectangular prism.)
- rectangle (The top looks like a rectangle. Therefore, the shape is a rectangular prism.)
A: rectangular prism

Q: What would the face of a pyramid look like?
- [Image] (The face of a three-dimensional shape is one of its flat sides. Therefore, the face of a pyramid is a triangle. [Image] | [Image] This is a pyramid. | The face of a pyramid is a triangle.)
- [Image] (The face of a three-dimensional shape is one of its flat sides. Therefore, the face of a pyramid is a triangle. [Image] | [Image] This is a pyramid. | The face of a pyramid is a triangle.)
- [Image] (The face of a three-dimensional shape is one of its flat sides. Therefore, the face of a pyramid is a triangle. [Image] | [Image] This is a pyramid. | The face of a pyramid is a triangle.)
- [Image] (The face of a three-dimensional shape is one of its flat sides. Therefore, the face of a pyramid is a triangle. [Image] | [Image] This is a pyramid. | The face of a pyramid is a triangle.)
A: [Image]

Q: What would the base of a rectangular prism look like?
- [Image] (The base of a three-dimensional shape is the bottom of the shape. Therefore, the base of a rectangular prism is a rectangle. [Image] | [Image] This is a rectangular prism. | The base of a rectangular prism is a rectangle.)
- [Image] (The base of a three-dimensional shape is the bottom of the shape. Therefore, the base of a rectangular prism is a rectangle. [Image] | [Image] This is a rectangular prism. | The base of a rectangular prism is a rectangle.)
- [Image] (The base of a three-dimensional shape is the bottom of the shape. Therefore, the base of a rectangular prism is a rectangle. [Image] | [Image] This is a rectangular prism. | The base of a rectangular prism is a rectangle.)
- [Image] (The base of a three-dimensional shape is the bottom of the shape. Therefore, the base of a rectangular prism is a rectangle. [Image] | [Image] This is a rectangular prism. | The base of a rectangular prism is a rectangle.)
A: [Image]

Q: The sixth grade social studies class is working on a marketing unit. Morgan is in the marketing department for an imaginary company that needs a container designed for its product. She designed a container and created a two-dimensional net.
This is Morgan’s two-dimensional net. When it is folded, what three-dimensional shape will be formed?
[Image]
- rectangular prism (When folded together the sides will meet to form a cube. [Image] | [Image] Two-dimensional net | Three-dimensional cube)
- square (When folded together the sides will meet to form a cube. [Image] | [Image] Two-dimensional net | Three-dimensional cube)
- cube (When folded together the sides will meet to form a cube. [Image] | [Image] Two-dimensional net | Three-dimensional cube)
- rectangular pyramid (When folded together the sides will meet to form a cube. [Image] | [Image] Two-dimensional net | Three-dimensional cube)
A: cube

Q: A single edge of a single face of the rectangular pyramid is parallel to how many other edges?
[Image]
- 9 (Parallel edges are two or more edges that will not intersect. There are 0 parallel edges to a single edge of a single face of a rectangular pyramid.)
- 2 (Parallel edges are two or more edges that will not intersect. There are 0 parallel edges to a single edge of a single face of a rectangular pyramid.)
- 8 (Parallel edges are two or more edges that will not intersect. There are 0 parallel edges to a single edge of a single face of a rectangular pyramid.)
- 0 (Parallel edges are two or more edges that will not intersect. There are 0 parallel edges to a single edge of a single face of a rectangular pyramid.)
A: 0

Q: The base of the cone is perpendicular to how many faces?
[Image]
- 3 (A perpendicular face is a face that intersects the base at a right angle. There are 0 perpendicular faces to the base of a cone.)
- 2 (A perpendicular face is a face that intersects the base at a right angle. There are 0 perpendicular faces to the base of a cone.)
- 1 (A perpendicular face is a face that intersects the base at a right angle. There are 0 perpendicular faces to the base of a cone.)
- 0 (A perpendicular face is a face that intersects the base at a right angle. There are 0 perpendicular faces to the base of a cone.)
A: 0

Q: The edge of the cube marked by the arrow is perpendicular to how many other edges?
[Image]
- 12 (A perpendicular edge will intersect another edge at a 90° angle. There are 4 perpendicular edges to the edge indicated by the arrow on the cube.)
- 5 (A perpendicular edge will intersect another edge at a 90° angle. There are 4 perpendicular edges to the edge indicated by the arrow on the cube.)
- 4 (A perpendicular edge will intersect another edge at a 90° angle. There are 4 perpendicular edges to the edge indicated by the arrow on the cube.)
- 3 (A perpendicular edge will intersect another edge at a 90° angle. There are 4 perpendicular edges to the edge indicated by the arrow on the cube.)
A: 4

Q: The edge of the triangular prism marked by the arrow intersects how many other edges?
[Image]
- 9 (An edge intersects another edge at a vertex. This edge intersects 4 edges.)
- 5 (An edge intersects another edge at a vertex. This edge intersects 4 edges.)
- 4 (An edge intersects another edge at a vertex. This edge intersects 4 edges.)
- 3 (An edge intersects another edge at a vertex. This edge intersects 4 edges.)
A: 4

Q: The base of the cube has how many edges?
[Image]
- 7 (An edge is the place where the base and another face meet. The base of the cube has 4 edges.)
- 4 (An edge is the place where the base and another face meet. The base of the cube has 4 edges.)
- 3 (An edge is the place where the base and another face meet. The base of the cube has 4 edges.)
- 6 (An edge is the place where the base and another face meet. The base of the cube has 4 edges.)
A: 4

Q: How many vertices does the solid have shown below?
[Image]
A: 8

Q: How many vertices does the solid have shown below?
[Image]
A: 8 / eight*

Q: Describe the cross section formed by a plane parallel to the base of a square pyramid as shown:

[Image: horizontal slice of square pyramid]
- circle
- square (Correct. Any cross section parallel to the base will be the same shape as the base.)
- triangle
- hexagon
A: square

Q: Describe the cross section formed by a plane perpendicular to the base of a square pyramid as shown:

[Image: perpendicular to base cross section of square pyramid]
- circle
- square
- triangle
- hexagon
A: triangle

Q: Describe the cross section of a plane on an angle (slanted) to a square pyramid as shown:

[Image: Plane slicing square pyramid on a slant]
- circle
- square
- triangle
- hexagon
A: triangle

Q: Describe the cross section formed by a plane parallel to the bases of a cylinder.
- circle
- rectangle
- triangle
- ellipse (an oval-like shape)
A: circle

Q: Describe the cross section formed by a plane perpendicular to the base of a cylinder.
- circle
- rectangle
- triangle
- ellipse (an oval-like shape)
A: rectangle

Q: Describe the cross section formed by a plane at angle (slanted) to the base of a cylinder.

The plane does not cut through the bases, only the sides.
- circle
- rectangle
- triangle
- ellipse (an oval-like shape)
A: ellipse (an oval-like shape)

Q: Describe the cross section formed by a plane parallel to the bases of a triangular prism.
- triangle
- rectangle
- circle
- trapezoid
A: triangle

Q: Describe the cross section formed by a plane perpendicular to the bases of a triangular prism.
- triangle
- rectangle
- circle
- trapezoid
A: rectangle

Q: Describe the cross section formed by a plane parallel  to the bases of the trapezoidal prism as shown:

[Image: parallel to the bases slice of a trapezoidal prism]
- triangle
- rectangle
- trapezoid
- pentagon
A: trapezoid

Q: Describe the cross section formed by a plane perpendicular to the bases of the trapezoidal prism as shown:

[Image: perpendicular to bases slice of trapezoidal prism]
- triangle
- rectangle
- trapezoid
- pentagon
A: rectangle

Q: What is the shape formed by the cross section of the plane and the octahedron shown?

[Image: horizontal cross section octahedron]

http://www.ck12.org/saythanks
- square
- triangle
- hexagon
- rhombus
A: square

Q: What is the shape formed by the cross section of the plane and the octahedron shown?

[Image: vertical cross section through apex of octahedron]

http://www.ck12.org/saythanks
- square (The corners are not right angles.)
- triangle
- hexagon
- rhombus
A: rhombus

Q: What is the shape formed by the cross section of the plane and the octahedron shown?

[Image: slant cross section octahedron]

http://www.ck12.org/saythanks
- square (The corners are not right angles.)
- triangle
- hexagon
- rhombus
A: hexagon

Q: Describe the cross section formed by the plane and the cube shown:

[Image: perpendicular cross section of cube through corner]

http://www.ck12.org/saythanks
- square (Some of the sides are longer than others)
- rectangle
- triangle
- pentagon
A: rectangle

Q: Describe the cross section formed by the plane and the pentagonal prism shown:

[Image: slant cross section of pentagonal prism]

http://www.ck12.org/saythanks
- square (Some of the sides are longer than others)
- rectangle
- triangle
- pentagon
A: rectangle

Q: Describe the cross section of this heptagonal prism and a plane parallel to its bases.

[Image: heptagonal prism]
- triangle
- rectangle
- heptagon
- trapezoid
A: heptagon

Q: Describe the cross section of this heptagonal prism and a plane perpendicular to its bases.

[Image: heptagonal prism]
- triangle
- rectangle
- heptagon
- trapezoid
A: rectangle

Q: Describe the cross section of this pentagonal pyramid and a plane parallel to its base.

[Image: pentagonal pyramid]
- triangle
- rectangle
- trapezoid
- pentagon
A: pentagon

Q: Describe the cross section of this pentagonal pyramid and a plane perpendicular to its base.

[Image: pentagonal pyramid]
- triangle
- rectangle
- trapezoid
- pentagon
A: triangle / trapezoid