Answer:
Question 1: Answer would be A.
Question 2: Answer would be B.
Question 3: I cannot answer this one because an image is not provided. I do not have the image of the original triangle LMN. If you message me with a photo of this question, I will be able to answer.
Question 4: This answer may be wrong, but I believe that it would be A. I don't know how to calculate dilation transformations, but after graphing out all the points, I found that (6,4) would be the correct point because the distance between Point S and (6,4) is even and is able to be divided by two.
Question 5: Again, I cannot answer this one because an image is provided. Message me with a photo, I'll answer.
Question 6: Answer would be C.
Question 7: Again, I cannot answer this one because an image is provided. Message me with a photo, I'll answer.
Question 8: Answer would be C.
Step-by-step explanation:
Question 1 Explanation: Answer would be A because the quadrilateral was rotated 180 degrees and dilated to be larger.
Question 2 Explanation: Quadrant IV is on the bottom right, Quadrant I is on the top right. If a triangle were to be rotated from the origin (0,0), it would have to rotate 270 degrees in order to reach Quadrant I.
Question 3 Explanation:
Question 4 Explanation:
Question 5 Explanation:
Question 6 Explanation: Using a rotation calculator, I input the degree of rotation as -90.
Question 7 Explanation:
Question 8 Explanation: Using a rotation calculator, I input the degree of rotation as -180.
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