8.6C

The diagram shows three squares that are joined at vertices to form a right triangle. Which statement is true?

• The sum of the areas of Square A and Square C is equal to the area of Square B.

• The sum of the areas of Square B and Square C is greater than to the area of Square A.

• The sum of the areas of Square A and Square B is equal to the area of Square C.

• The sum of the areas of Square A and Square C is less than to the area of Square B.

Tags

CCSS.8.G.B.8

The diagram shows three squares that are joined at vertices to form a right triangle. Which statement is true?

• The sum of the areas of Square A and Square C is equal to the area of Square B.

• The sum of the areas of Square B and Square C is less than to the area of Square A.

• The sum of the areas of Square A and Square C is greater than to the area of Square B.

• The sum of the areas of Square B and Square C is equal to the area of Square A.

Tags

CCSS.8.G.B.8

The diagram shows three squares that are joined at vertices to form a right triangle. Which statement is true?

• The sum of the areas of Square blue and Square green is equal to the area of Square red.

• The sum of the areas of Square blue and Square red is equal to the area of Square green.

• The sum of the areas of Square green and Square red is less than to the area of Square blue.

• The sum of the areas of Square blue and Square red is greater than to the area of Square green.

Tags

CCSS.8.G.B.8

An artist joined three square regions at their vertices to create the figure shown in the diagram. The artist will use small congruent square tiles to cover each region without any gaps or overlaps. Based on the information, which statement is true?

• The number of tiles needed to cover Region X is the same as the number of tiles needed to cover both Region Y and Region Z.

• The number of tiles needed to cover Region Y is the same as the number of tiles needed to cover both Region X and Region Z.

• The number of tiles needed to cover Region Z is the same as the number of tiles needed to cover both Region X and Region Y.

• None of these

Tags

CCSS.8.G.B.8

An artist joined three square regions at their vertices to create the figure shown in the diagram. The artist will use small congruent square tiles to cover each region without any gaps or overlaps. Based on the information, which statement is true?

• The number of tiles needed to cover Region blue is the same as the number of tiles needed to cover both Region red and Region green.

• The number of tiles needed to cover Region green is the same as the number of tiles needed to cover both Region red and Region blue.

• The number of tiles needed to cover Region red is the same as the number of tiles needed to cover both Region blue and Region green.

• None of these

An artist joined three square regions at their vertices to create the figure shown in the diagram. The artist will use small congruent square tiles to cover each region without any gaps or overlaps. Based on the information, which statement is true?

• None of these

• The number of tiles needed to cover Region red is the same as the number of tiles needed to cover both Region purple and Region blue.

• The number of tiles needed to cover Region blue is the same as the number of tiles needed to cover both Region purple and Region red.

• The number of tiles needed to cover Region purple is the same as the number of tiles needed to cover both Region red and Region blue.

Tags

CCSS.HSG.CO.C.11

When three squares are joined at their vertices to form a right triangle, the combined area of the two smaller squares is the same as the area of the largest square. Which three squares do NOT support this statement?

• F

• G

• H

• J

Tags

CCSS.8.G.B.8

When three squares are joined at their vertices to form a right triangle, the combined area of the two smaller squares is the same as the area of the largest square. Which three squares does support this statement?

• A

• B

• C

• D

Tags

CCSS.8.G.B.8

When three squares are joined at their vertices to form a right triangle, the combined area of the two smaller squares is the same as the area of the largest square. Which three squares does support this statement?

• F

• G

• H

• J

Tags

CCSS.8.G.B.8