Rotations Answers
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Which rules could describe the rotation? Select two options.
A
R0, 90°B
R0, 180°C
R0, 270°D
(x, y) → (–y, x)E
(x, y) → (–x, –y)2
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On a coordinate plane, a trapezoid has points H prime (negative 3, negative 2), J prime (negative 2, negative 3), K prime (negative 3, negative 4), G prime (negative 5, negative 2).
A
(2, 3)B
(–2, 3)C
(3, 2)D
(3, –2)3
Which transformations could have taken place? Select two options.
A
R0, 90°B
R0, 180°C
R0, 270°D
R0, –90°E
R0, –180°4
Which shows the pre-image of quadrilateral W'X'Y'Z' before the figure was rotated according to the rule (x, y) → (–x, –y)?
A
On a coordinate plane, a quadrilateral has points W (negative 3, 2), X (negative 3, 6), Y (negative 4, 6), Z (negative 5, 3).
B
On a coordinate plane, a quadrilateral has points W (3, negative 2), X (3, negative 6), Y (4, negative 6), Z (5, negative 3).
C
On a coordinate plane, a quadrilateral has points W (negative 2, negative 3), X (negative 6, negative 3), Y (negative 6, negative 4), Z (negative 3, negative 5).
D
On a coordinate plane, a quadrilateral has points W (negative 3, negative 2), X (negative 3, negative 6), Y (negative 4, negative 6), Z (negative 5, negative 3).
5
Triangle XYZ has vertices X(1, 3), Y(0, 0), and Z(–1, 2). The image of triangle XYZ after a rotation has verticesX'(–3, 1), Y'(0, 0), and Z'(–2, –1). Which rule describes the transformation?
A
R0, 90°B
R0, 180°C
R0, 270°D
R0, 360°Did you find these answers helpful?
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