Describe the general properties of rotations. include a discussion of the properties of rigid transformations, and line segments connecting corresponding points to each other and to the center of rotation.

A rotation is a rigid transformation, sometimes called an isometric transformation, that moves every point of the pre-image through an angle of rotation about the center of rotation to create an image. Rotations preserve size, rotations of 360 map a figure to itself, and lines connecting the center of rotation to the pre-image and the corresponding point on the image have equal length.

Step-by-step explanation:

Credit go's to Lauramenendez4

A rotation is a rigid transformation that forms image of a shape with same shape and size by rotating it about the the center of rotation.

The properties of rotation are :

1. It preserves size ( corresponding length of each side remains same) and shape ( corresponding interior angles remains same) of figure.

2. Rotation preserves parallelism.

3. It produces congruent images..

4. A shape maps to itself during a rotation of 360° .

5. The line segments connecting corresponding vertices are not parallel.

6. The lines connecting the center of rotation to the pre-image and the corresponding point on the image have equal length.

-4

step-by-step explanation:

3 is greater then both of those numbers