Practice worksheet for understanding dilations in geometry with coordinate transformations.

1. Multiply each coordinate of the original triangle by 2: A'(4, 6), B'(8, 2), C'(2, 2)
2. Multiply each coordinate of the original quadrilateral by 1/2: A'(0, 0), B'(2, -1), C'(3, 1), D'(1, 2)
3. Multiply each coordinate of the original triangle by 1/3: A'(1, 0), B'(0, 1), C'(2, 1)
4. Multiply each coordinate of the original square by 1/2: A'(2, 3), B'(5, 3), C'(5, 6), D'(2, 6)
5. Multiply each coordinate of the original triangle by 1/2: A'(0, 0), B'(2, -2), C'(-2, -2)
6. Multiply each coordinate of the original triangle by 2: A'(0, 0), B'(4, 0), C'(0, 4)
7. Multiply each coordinate of the original triangle by 1/2: A'(1, 2), B'(3, 1), C'(2, 3)
8. Multiply each coordinate of the original trapezoid by 2: A'(0, 0), B'(4, 0), C'(3, 2), D'(1, 2)
9. Multiply each coordinate of the original figure by 1/2: A'(2, 2), B'(3, 1), C'(4, 2), D'(3, 3)