One vertex of a polygon is located at (3, - 2). After a rotation, the vertex is located at (2, 3). Which transformations could have taken place? Check all that apply.

R0, 90°

R0, 180°

R0, 270°

R0, - 90°

R0, - 270°

Question

Mathematics

Sage Huang

27 September, 09:41

One vertex of a polygon is located at (3, - 2). After a rotation, the vertex is located at (2, 3). Which transformations could have taken place? Check all that apply.

R0, 90°

R0, 180°

R0, 270°

R0, - 90°

R0, - 270°

+2

Answers (2)

Know the Answer?

Mekhi Sawyer · Answer 1

The vertex has a rotation (3,-2) - - > (2,3).

Or in x and y coordinates, (x, y) - - > (-y, x).

The rotation that has this said rule is R0, 90°. And 90° is equal to - 270°.

The answers are:

R0, 90°

R0, - 270°.

Additional information:

R0, 180° has the rule (x, y) → (-x, - y)

R0, 270° and R0, - 90° has the rule (x, y) → (y, - x).

Mcdonald · Answer 2

The Correct Answers are: R0,90, R0,-270

One vertex of a polygon is located at (3, - 2). After a rotation, the vertex is located at (2, 3). Which transformations could have taken place? Check all that apply.R0, 90°R0, 180°R0, 270°R0, - 90°R0, - 270°

One vertex of a polygon is located at (3, - 2). After a rotation, the vertex is located at (2, 3). Which transformations could have taken place? Check all that apply.

R0, 90°

R0, 180°

R0, 270°

R0, - 90°

R0, - 270°