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No, dilations are not considered rigid motions because they involve stretching or shrinking an object, which changes its size. Rigid motions must keep the exact same size and shape.

Conditions: The transformation involves changing the size of the object.

No, dilations are not considered rigid motions because they involve stretching or shrinking an object, which changes its size. Rigid motions must keep the exact same size and shape.

Conditions: The transformation involves changing the size of the object.

Rigid motions are transformations that preserve the exact size and shape of an object, although its position may change. The three types of rigid motions are translations, reflections, and rotations.

Conditions: Applies to geometric transformations.

Rigid motions are transformations that preserve the exact size and shape of an object, although its position may change. The three types of rigid motions are translations, reflections, and rotations.

Conditions: Applies to geometric transformations.