Unit 1 Assessment

4

Select all of the nets that can be folded and assembled into a cube.

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6.G.4

4

Polyhedron P is a cube with a corner removed and relocated to the top of P. Polyhedron Q is a cube with the same size base as Polyhedron P. How do their surface areas compare?

Q’s surface area is less than P’s surface area.

Q’s surface area is equal to P’s surface area.

Q’s surface area is greater than P’s surface area.

There is not enough information given to compare their surface areas.

6.G.4

4

For a cube whose side lengths is 4 inches, the expression 4^3 could represent ...

The length of 3 cubes lined up, in inches

The cube’s surface area in square inches

The cube’s volume in cubic inches

The total volume of 3 cubes, in cubic inches

6.EE.1

4

A square has an area of 16 cm^2. What is the length of each of its sides?

6.EE.1

4

A square has a side length of 8 cm. What is its area?

6.EE.1

4

Here is a list of expressions. Order them from LEAST to GREATEST (least is on top).

6.EE.1

4

A rectangular prism has dimensions of 2 cm by 2 cm by 3 cm. What is its surface area? Explain or show your reasoning.

6.G.4

4

Here is a net made of a square and four identical triangles. All measurements are given in centimeters.
If the net were folded and assembled, what type of polyhedron would it make? Look at pg. 92

4

Here is a net made of a square and four identical triangles. All measurements are given in centimeters.
What is the surface area of the polyhedron? Explain your reasoning.

6.G.4

Unit 1 Assessment

Select all of the nets that can be folded and assembled into a cube.

Polyhedron P is a cube with a corner removed and relocated to the top of P. Polyhedron Q is a cube with the same size base as Polyhedron P. How do their surface areas compare?

For a cube whose side lengths is 4 inches, the expression 4^3 could represent ...

A square has an area of 16 cm^2. What is the length of each of its sides?

A square has a side length of 8 cm. What is its area?

Here is a list of expressions. Order them from LEAST to GREATEST (least is on top).

A rectangular prism has dimensions of 2 cm by 2 cm by 3 cm. What is its surface area? Explain or show your reasoning.

Here is a net made of a square and four identical triangles. All measurements are given in centimeters.If the net were folded and assembled, what type of polyhedron would it make? Look at pg. 92

Here is a net made of a square and four identical triangles. All measurements are given in centimeters.What is the surface area of the polyhedron? Explain your reasoning.

Select all of the nets that can be folded and assembled into a cube.

Polyhedron P is a cube with a corner removed and relocated to the top of P. Polyhedron Q is a cube with the same size base as Polyhedron P. How do their surface areas compare?

For a cube whose side lengths is 4 inches, the expression 4^3 could represent ...

A square has an area of 16 cm^2. What is the length of each of its sides?

A square has a side length of 8 cm. What is its area?

Here is a list of expressions. Order them from LEAST to GREATEST (least is on top).

A rectangular prism has dimensions of 2 cm by 2 cm by 3 cm. What is its surface area? Explain or show your reasoning.

Here is a net made of a square and four identical triangles. All measurements are given in centimeters.If the net were folded and assembled, what type of polyhedron would it make? Look at pg. 92

Here is a net made of a square and four identical triangles. All measurements are given in centimeters.What is the surface area of the polyhedron? Explain your reasoning.

Here is a net made of a square and four identical triangles. All measurements are given in centimeters.
If the net were folded and assembled, what type of polyhedron would it make? Look at pg. 92

Here is a net made of a square and four identical triangles. All measurements are given in centimeters.
What is the surface area of the polyhedron? Explain your reasoning.

Here is a net made of a square and four identical triangles. All measurements are given in centimeters.
If the net were folded and assembled, what type of polyhedron would it make? Look at pg. 92

Here is a net made of a square and four identical triangles. All measurements are given in centimeters.
What is the surface area of the polyhedron? Explain your reasoning.