Translation
Reflection
Rotation
Dilation
Multi-Movement
100
A translation when you do this to a figure
What is shift or slide right, left, up or down?
100
This is another term for reflection.
What is flip over or make a mirror image?
100
This is another term for rotation.
What is turn or spin?
100
A dilation is when you do this to a figure.
What is to enlarge or to reduce?
100

Use the point V(4, –1) as the pre-image


(x, y) → (x – 1, y + 3), reflection over the x-axis

(3,-2)

200
The new coordinates of (7, 6) if translated 4 units right and 6 up.
What is (11, 12)?
200
These are the coordinates of A(3, -4) after reflecting over the y-axis
What is A'(-3, -4)?
200
These are the new coordinates of A(4, -6) after a rotation of 180 degrees about the origin.
What is A'(-4, 6)?
200
Given that triangle ABC has coordinates A(-2, 5), B(0, 3) and C(-3, -4), these are the coordinates of A', B' and C' after a dilation with a scale factor of 2.
What is A'(-4, 10), B'(0, 6) and C'(-6, -8)
200

Use the point V(4, –1) as the pre-image


A 180° rotation about the origin, (x, y) → (−x, y)

(4,1)

300
The notation rule for (x, y) after it is translated 9 units to the right and 4 units down.
What is (x+9, y-4)
300
These are the coordinates of A(-7, -8) after reflecting over the x-axis.
What is A'(-7, 8)
300
This is the number of degrees where pre-image A(10, 12) is rotated counter-clockwise about the origin to produce (-10, -12).
What is 180 degrees?
300
Segment AB has endpoints A(15, -3) and B(-6, 12). The endpoints of segment A'B' will be at A'(5, -1) and B'(-2, 4) after segment AB is dilated with this scale factor.
What is 1/3?
300

Use the point V(4, –1) as the pre-image


(x, y) → (x + 3, y – 7), (x, y) → (x – 2, y + 4), (x, y) → (2x, 2y)

(10,-8)

400
These are the coordinates of A' and B' if triangle ABC with vertices at A(2, -3), B(6, 1) and C(3, 0) is translated so that C is mapped to C'(5, -6).
What is A'(4, -9) and B(8, -5)?
400
This is the quadrant where A' is graphed after A(6, -2) is reflected across the line y=x.
What is Quadrant II?
400
Given that triangle QRS has vertices Q(2,-1), R(6,-1), and S(6,-3), these are the coordinates of vertex Q', R', S' after the triangle is rotated 90º counter-clockwise about the origin?
What is Q'(1, 2) , R'(1, 6) and S'(3, 6)?
400
These were the coordinates of the endpoints of the original line segment CD after it was dilated by a scale factor of 2 that produced endpoints of the image C' (4,-8) and D' (6,2).
What is C(2, -4) and D(3, 1)
400

Use point V (4, -1) as the preimage.


Reflection over the y-axis, reflection over the x-axis, (x, y) → (x, y + 6)

(-4,7)

500
These were the coordinates of the vertices of the pre-image triangle ABC if the new image triangle A'B'C' has coordinates A'(4, 0), B'(1, 8) and C'(-2, 5) after a translation of 3 units left and 2 units up.
What is A(7, -2) , B(4, 6) and C(1, 3)?
500
These are the coordinates of the new image B' if B(5, 2) is reflected over y=3.
What is B'(5, 4)?
500
Given that triangle DEF has vertices D(-3, 2), E(5, 0), and F(-6,-1), these are the coordinates of vertex D', E', F' after the triangle is rotated 270º counter-clockwise about the origin?
What is D'(2, 3) , E'(0, -5) and F'(-1, 6)?
500
Given that ∆DEF has D(2,8) E(-4,-10) F(6, 0), these are the coordinates of ∆D'E'F' after a dilation with a scale factor of 3/2.
What is D'(3, 12), E'(-6, -15) and F'(9, 0)?
500

Use the point T(4, −3)


Reflection over the x-axis

(x, y) → (x + 2, y − 4)

(6,-1)

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