Translations
Reflections
Rotations
Dilations
Similar Figures
100

Translations can move an object in any of these four directions

What is Up, Down, Left, & Right

100

When performing a reflection you can reflect over either of these lines.

What is the X & Y Axis

100

Rotations can go in these two directions

What is Clockwise & Counterclockwise

100

These are the two types of dilations

What is Enlargement and Reduction

100

Two images that have the same shape and proportional sides are called this.

What is similar figures

200

These properties stay the same in the image after a translation

What is Size and Shape

200

These properties stay the same in the image after a reflection.

What is size and shape

200

The rule (x,y)-->(x,y) goes with a rotation of this many degrees

What is 360 degrees, or what is 0 degrees

200
In our class the center of dilation is always this.

What is the origin.

200

Similar figures are formed after performing this type of transformation

What is a dilation

300

A translation that increases the x value by 5 would result in this movement.

What is 5 to the right

300

This is the coordinates of the image after the point (-3,2) has been reflected over the y axis

What is (3,2)

300

This rotation is equivalent to a 90-degree clockwise rotation

What is a 270 degrees counterclockwise rotation

300

This is the name of the constant number we use to determine our new points after a dilation

What is scale factor

300

To prove that two shapes are similar you must prove these two things

what is corresponding congruent angles and proportional sides

400

A translation following this rule (x,y)-->(x+2,y-3) would move the pre-image in this way.

What is 2 to the right and down 3

400

The rule (x,y)-->(x,-y) is for reflections over this axis

X axis

400

This is the coordinates of the image of the point (4,5) after a 180-degree rotation.

What is (-4,-5)

400

This is the coordinates of the resulting image after the point (-2,6) has been dilated by a scale factor of 1/2

What is (-1,3)

400

This is the missing side length given two similar triangles with side lengths 3,4,5 and 15,x,25

What is 20

500

A translation following this rule (x,y)-->(x-3,y) would move the pre-image in this way.

What is 3 to the left

500

This is the rule for a reflection over the y axis

What is (x,y)-->(-x,y)

500

This is the rule for a 90-degree clockwise rotation

What is (x,y)-->(y,-x)

500

This is the scale factor used to dilate the point (9,6) that results in the point (6,4)

What is 2/3

500

Two rectangles with side lengths 36,54 & 28,42 are considered this. (Similar or Not similar)

What is Similar