Question: SD Bookmarks PowerSchool Learn. E O TRANSFORMATIONS Understanding the definition of a rotation Rotating LMN by 90 clockwise about the origin, we get its image

 SD Bookmarks PowerSchool Learn. E O TRANSFORMATIONS Understanding the definition ofa rotation Rotating LMN by 90 clockwise about the origin, we get

SD Bookmarks PowerSchool Learn. E O TRANSFORMATIONS Understanding the definition of a rotation Rotating LMN by 90 clockwise about the origin, we get its image I'M'N' as shown below. Note that LMN has vertices L (1, 8), M (3, 5), and N (6, 6). Also, note that I'M 'N' has vertices L'(8, - 1), M'(5, -3), and N'(6, -6). Complete the following. Scratch Area (Not Part of Answer) 8-L. X ? ....... . . . 10 (a) Suppose the angles below have the same measure. Choose the correct angle measure. Use the protractor provided, as necessary. OVO Explanation Check 2022 McGraw Hill LLC. O M acer 110 O 0/(a) Suppose the angles below have the same measure. Choose the correct angle measure. Use the protractor provided, as necessary. m ZLCL' = m ZMCM' = m ZNCN=? (b) Suppose each pair of segments below have the same length. Find each length. Give exact answers (not decimal approximations) CL = CL' = units CM = CM' = units CN = CN' - units (c) Choose the correct pair of statements about the rotation. All angles formed by a point and its image, with the vertex at the center O of rotation, are congruent. Not every point on the original figure is the same distance from the center of rotation as its image. Not all angles formed by a point and its image, with the vertex at the O center of rotation, are congruent. Not every point on the original figure is the same distance from the center of rotation as its image. Not all angles formed by a point and its image, with the vertex at the center of rotation, are congruent. Each point on the original figure is the same distance from the center of rotation as its image. All angles formed by a point and its image, with the vertex at the center O of rotation, are congruent. Each point on the original figure is the same distance from the center of rotation as its image. Check 2022 Mc

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