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Question: Written Assignment 7 S signment 7: Dilations and Symmetry nd Symmetry ons to Figures A and C below. Then draw all "y for each of the resulting figures and fill in the blanks. 1. Apply the indicated geometric transformations to lines of symmetry for each of the • Dilate A by a factor of -1/2 with center at the origin to obtain B. • Rotate A and B angles 90,
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Written Assignment 7: Dilations and Symmetry ##### 1. Apply the indicated geometric transformations to Figures A and C below. Then draw all ##### lines of symmetry for each of the resulting figures and fill in the blanks. ##### 2. …
Written Assignment 7: Dilations and Symmetry 1. Apply the indicated geometric transformations to Figures A and C below. Then draw all lines of symmetry for each of the resulting figures and fill in the blanks.
Written Assignment 7: Dilations and Symmetry 1. Apply the indicated geometric transformations to Figures A and C below. Then draw all lines of symmetry for each of the …
7-1 Additional Practice Dilations 1. Draw a dilation of ABCD with E as the center and with sides 1__ 2 as long. 2. What is the scale factor of the dilation shown? For Exercises 3 and 4, find the …
Text: Help with 1A, 1B, and 2 Written Assignment 7: Dilations and Symmetry Apply the indicated geometric transformations to Figures A and C below. Then draw 2 lines of symmetry for each …
Write a rule to describe each transformation. 13) x y A BC A' B'C' 14) x y I H G I' H' G' Graph the image of the figure using the transformation given. 15) dilation of 1 4 S ... 1.7 - Rotations & …
Study with Quizlet and memorize flashcards containing terms like Line segment SU is dilated to create S'U' using point Q as the center of dilation. The scale factor of the dilation is, A triangle …
7-6 Dilations and Similarity in the Coordinate Plane Adilation is a transformation that changes the size of a figure but not its shape. The preimage and image are always similar.
Apply the indicated geometric transformations to lines of symmetry for each of the • Dilate A by a factor of -1/2 with center at the origin to obtain B. • Rotate A and B angles 90, 180°, and 270º (or -90°) with center at the origin.