Let's go through each of your questions one by one:
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Direction Applicable for a Rotation: The most commonly applicable direction for a rotation in mathematics (specifically in a coordinate plane) is counterclockwise.
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Transformation of the Triangles: Since Triangle A'B'C' is in quadrant 4 and Triangle ABC is in quadrant 3, it has undergone a 90° clockwise rotation about the origin. Thus, the correct response is: 90° clockwise rotation about the origin.
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Rotation of Segment XY: To find the coordinates of Y' after a 180° rotation about the origin, we change the signs of both coordinates. The coordinates of Y are (-2, 6). After the rotation, Y' becomes (2, -6). Therefore, the correct response is: Y′(2,−6).
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Coordinate of D' after 90° Counterclockwise Rotation: To perform a 90° counterclockwise rotation, you switch the coordinates and change the sign of the new x-coordinate. Assuming the coordinates of D before rotation are (x, y), they will become (-y, x). Without the specific coordinates of D given, I can't provide the exact answer, but based on the options: If D is at (4, -8), it will rotate to (8, 4) (which matches one of the options). Therefore, if D was at (4, -8), the correct response is: (8, 4).
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Coordinate of A′ after 270° Counterclockwise Rotation: A 270° counterclockwise rotation is equivalent to a 90° clockwise rotation. Using the same method as before, if A has coordinates (x, y), after a 270° rotation, the new coordinates will be (y, -x). Assuming we apply this to the listed options for A:
- If A was, for instance, (1, 2), it rotates to (2, -1). (2,−1) seems to be the most consistent answer based on the rotation method.
If there are any additional details or questions you have for clarification, feel free to ask!