Open Up - Grade 6 - Mathematics - Unit 1 - Lesson 7
By Formative Library
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Last updated almost 3 years ago
10 Questions
1
1.
Here are some quadrilaterals, select all quadrilaterals that you think can be decomposed into two identical triangles using only one line.
Here are some quadrilaterals, select all quadrilaterals that you think can be decomposed into two identical triangles using only one line.
6.G.1
1
2.
To decompose a quadrilateral into two identical shapes, Clare drew a dashed line as shown in the diagram.
She said that the two resulting shapes have the same area. Do you agree?
To decompose a quadrilateral into two identical shapes, Clare drew a dashed line as shown in the diagram.
She said that the two resulting shapes have the same area. Do you agree?
6.G.1
1
3.
To decompose a quadrilateral into two identical shapes, Clare drew a dashed line as shown in the diagram.Did Clare partition the figure into two identical shapes?
To decompose a quadrilateral into two identical shapes, Clare drew a dashed line as shown in the diagram.
Did Clare partition the figure into two identical shapes?
6.G.1
1
4.
Triangle R is a right triangle. Can we use two copies of Triangle R to compose a parallelogram that is not a square?
Triangle R is a right triangle. Can we use two copies of Triangle R to compose a parallelogram that is not a square?
6.G.1
1
5.
Two copies of this triangle are used to compose a parallelogram. Which parallelogram cannot be a result of the composition?
Two copies of this triangle are used to compose a parallelogram. Which parallelogram cannot be a result of the composition?
6.G.1
1
6.
On the grid, draw at least three different quadrilaterals that can each be decomposed into two identical triangles with a single cut (show the cut line). One or more of the quadrilaterals should have non-right angles.
On the grid, draw at least three different quadrilaterals that can each be decomposed into two identical triangles with a single cut (show the cut line). One or more of the quadrilaterals should have non-right angles.
6.G.1
1
7.
A parallelogram has a base of 9 units and a corresponding height of 2/3 units. What is its area?
A parallelogram has a base of 9 units and a corresponding height of 2/3 units. What is its area?
6.G.1
1
8.
A parallelogram has a base of 9 units and an area of 12 square units. What is the corresponding height for that base?
A parallelogram has a base of 9 units and an area of 12 square units. What is the corresponding height for that base?
6.G.1
1
9.
A parallelogram has an area of 7 square units. If the height that corresponds to a base is unit, what is the base?
A parallelogram has an area of 7 square units. If the height that corresponds to a base is unit, what is the base?
6.G.1
1
10.
Select all segments that could represent a corresponding height if the side n is the base.
Select all segments that could represent a corresponding height if the side n is the base.
6.G.1
Source: Open Up Resouces (Download for free at openupresources.org.)