Transformations (translation & reflection) Quiz Review

What transformation(s) were used to get to the image with double prime?

• 3 up and 5 left

• 3 up and 5 left; reflect over y-axis

• reflect over y-axis; 3 up and 5 left

• reflect over y-axis; 3 down and 5 right

What transformation(s) were used to get to the image with double prime?

• 3 up and 5 left

• 3 up and 5 left; reflect over y-axis

• reflect over y-axis; 3 up and 5 left

• reflect over y-axis; 3 down and 5 right

The rectangle with vertices A (-3, 1), B (-3, -3), C (2, -3), D (2, 1) is reflected over the x-axis. Choose the correct ordered pairs of the image.

• A' (-3, -1)

• B' (3, -3)

• C' (-3, 2)

• D' (2, 1)

Which translation of 3 left and 4 down may not possibly transform a coordinate from?

• Quadrant II to Quadrant III

• Quadrant I to Quadrant II

• Quadrant II to Quadrant IV

• Quadrant I to Quadrant IV

Which 2 transformations were applied?

• reflected over the x-axis; 4 right and 2 down

• 2 right and 2 up; reflected over the x-axis

• 2 left and 2 down; reflected over the y-axis

• reflected over the y-axis; 2 left and 2 down

What color triangle is a reflection of the blue triangle?

• red

• green

• orange

• purple

Choose 2 correct statements.

• The black shape is a reflection of the red shape.

• The red shape is a reflection of the black shape.

• The blue shape is a reflection of the red shape.

• The blue shape is a translation of the red shape.

• The blue shape is a reflection of the black shape.

Triangle MNP is reflected over the y-axis. If N and N' are the same coordinate, which of the following is true?

• N is on the y-axis

• N is on the x-axis

• The ordered pair of N has the same x- and y-coordinates.

• N and N' can't be the same coordinate.

What are the missing ordered pairs?

• (-2, -3) and (0, -1)

• (-6, 4) and (2, -4)

• (2, -4) and (-6, 4)

• (-8, 4) and (6, 8)

What transformation was applied?

• A translation 14 left

• A translation 4 right

• A reflection over the x-axis

• A reflection over the y-axis