For the transformation to be defined as a rotation, which statements must be true? check all that apply.

a) the segment connecting the center of rotation, c, to a point on the pre-image (figure 1) is equal in length to the segment that connects the center of rotation to its corresponding point on the image (figure 2).

b) the transformation is rigid.

c) every point on figure 1 moves through the same angle of rotation about the center of rotation, c, to create figure 2.

d) segment cp is parallel to segment cp'.

e) if figure 1 is rotated 360° about point c, it will be mapped onto itself.

Options 1 and 2). Rotation is a transformation that preserves figure sizes and distances. Such transformations are called rigid. So options 1 and 2 are true.

Option 3). Statement "Every point on figure 1 moves through the same angle of rotation about the center of rotation, C, to create figure 2" is true, it immediately follows from the definition of rotation.

Option 4). If you connect points C and P', you can see that segments CP and CP' are perpendicular, thus not parallel. This option is false.

Option 5). Statement "If figure 1 is rotated 360° about point C, it will be mapped onto itself" is also true, because rotation by 360° has a rule (x,y)→(x,y) - each point's image is the initial point.

correct options are 1, 2, 3 and 5.

the correct answer option is (2x-3)(2x+3).

step-by-step explanation:

we are given the following expression and we are to factorize it:

we are to find such factors that when multiplied they give a result of 36 (9 x 4 = 36) and when added they give a result of 0.

the two such factors of 36 are negative six and postive six.

factorizing the given expression to get:

therefore, the correct factorization of is (2x-3)(2x+3).

the answer should be a. snail