Translations
Reflections
Rotations
Any Transformation
100
Rectangle MNOP is shown on the graph below.
If the rectangle were translated 2 units down, what would be the coordinates of P’?
A. (–5, –1)
B. (–1, –5)
C. (1, 5)
D. (5, 1)
A. (–5, –1)
100
Triangle JKL will be reflected across the y-axis.
What will be the coordinates of J′?
A. (–2, 1)
B. (2, –1)
C. (–1, 2)
D. (1, –2)
(2, -1)
100
Square JKLM is shown on the graph below.
If the square is rotated 180° clockwise about the origin, what will be the coordinates of K′?
A. (–4, –1)
B. (–1, –4)
C. (–1, 4)
D. (–4, 1)
(-4, 1)
100
Two figures are shown below. 
Which statement is true?
A. △J′K′L′ is a reflection of △JKL over the x-axis.
B. △J′K′L′ is a reflection of △JKL over the y-axis.
C. △J′K′L′ is a translation of △JKL four units down.
D. △J′K′L′ is a rotation of △JKL 90° counterclockwise.
A. △J′K′L′ is a reflection of △JKL over the x-axis.
200
Square RSTU will be translated 4 units to the right and 4 units up.
What will be the coordinates of U′?
A. (−4, 0)
B. (0, 0)
C. (0, 4)
D. (4, 0)
(4, 0)
200
Triangle PQR was reflected across the y-axis resulting in the triangle below.
What were the coordinates of pre-image point Q?
A. (–4, 3)
B. (–3, 4)
C. (3, –4)
D. (4, –3)
(4, -3)
200
Triangle EFG will be rotated 90° counterclockwise about the origin.
What are the vertices of triangle E′F′G′?
A. E′(–2, –1), F′(–5, 2), G′(–2, 3)
B. E′(–1, –2), F′(2, –5), G′(3, –2)
C. E′(1, –2), F′(–2, –5), G′(–3, –2)
D. E′(2, 1), F′(5, –2), G′(2, –3)
A. E′(–2, –1), F′(–5, 2), G′(–2, 3)
200
Quadrilateral MNOP will be reflected over the y-axis then rotated 90° counterclockwise.
What will be the coordinates of N′?
A. (2, 5)
B. (5, 2)
C. (-5, 2)
D. (-2, -5)
D. (-2, -5)
300
28
Multiple Choice from Item Bank
Rectangle WXYZ is graphed below.
If the rectangle is translated 6 units to the left and 3 units up, what will be the coordinates of Y′?
A. (–2, –5)
B. (–2, 1)
C. (10, –5)
D. (10, 1)
(-2, 1)
300
The quadrilateral graphed below will be reflected over the x-axis.
What will be the coordinates of the vertices of the image quadrilateral?
A. (4, –1), (1, –1), (1, 5), (4, –5)
B. (1, 1), (1, 5), (4, 1), (4, 5)
C. (–1, 4), (–1, 1), (–5, 1), (–5, 4)
D. (–4, –1), (–4, –5), (–1, –5), (–1, –1)
D. (–4, –1), (–4, –5), (–1, –5), (–1, –1)
300
Trapezoid QRST is graphed below.
If the trapezoid is rotated 270° clockwise about the origin, what will be the coordinates of R′?
A (4, 1)
B (1, 4)
C (–1, –4)
D (–4, –1)
(1, 4)
300
The triangle shown will be reflected over the y-axis and then reflected over the x-axis.
Which transformation will produce the same image?
A. rotating the triangle 180° about the origin
B. rotating the triangle 360° about the origin
C. translating the triangle 4 units up and 10 units to the right
D. translating the triangle 10 units up and 10 units to the right
A. rotating the triangle 180° about the origin
400
Quadrilateral RSTU will be translated 4 units right and 3 units up.
What will be the coordinates of the image point R' after the translation?
(-2,-1)
400
Rectangle PQRS has side lengths of 7 and 3 as shown on the grid below.
Rectangle PQRS is reflected across the y-axis to form Rectangle P'Q'R'S' What is the length of line segment Q'R'?
A. 3
B. 6
C. 7
D. 14
3
400
The graph below shows triangle L′M′N′, after a 90° counterclockwise rotation about the origin.
What were the coordinates of pre-image point L?
A. (–8, 5)
B. (–5, 8)
C. (5, –8)
D. (8, –5)
(-5, 8)
400
Triangle EFG is graphed below.
If the triangle is translated 4 units to the right and 3 units down, then reflected over the x-axis, what will be the coordinates of G′?
A. (3, 2)
B. (3, -4)
C. (2, 3)
D. (2, 2)
A. (3, 2)
500
Figure WXYZ is shown below.
Figure WXYZ is translated up 3 units and 4 units to the right to create Figure W'X'Y'Z'. What is the measure of angle Z' after this transformation?
A 103°
B 96°
C 77°
D 58°
103°
500
This graph shows parallelogram JKLM.
When JKLM is reflected across the y-axis, what will be the coordinates of the vertices of the image parallelogram?
A. J′(5, 1), K′(4, 4), L′(2, 4), M′(3, 1)
B. J′(5, –1), K′(4, –4), L′(2, –4), M′(3, –1)
C. J′(1, 5), K′(4, 4), L′(4, 2), M′(1, 3)
D. J′(–5, –1), K′(–4, –4), L′(–2, –4), M′(–3, –1)
A. J′(5, 1), K′(4, 4), L′(2, 4), M′(3, 1)
500
Triangle MNP has angles of 89°, 46°, and 45° as shown in the figure below.
Triangle MNP is rotated 90° clockwise about the origin to form Triangle M'N'P'. What is the measure of 
A. 44°
B. 45°
C. 46°
D. 89°
46°
500
Quadrilateral PQRS is rotated 90° counterclockwise about the origin and then translated 6 units to the right to form Quadrilateral ZWXY.
What segment has the same length as 
A. 
B. 
C. 
D. 
D.