660. Let A = (1, 5), B = (3, 1), C = (5, 4), A' = (5,9), B' = (11, –3), and C' = (17, 6). %3D Show that there is a dilation that transforms triangle ABC onto triangle A'B'C'. In other words, find the dilation center and the magnification factor.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.7: Distinguishable Permutations And Combinations
Problem 21E
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(5,4), A' 3 (5, 9), В' — (11,—3), and C"
660. Let A 3D (1,5), В — (3,1), С %3 (5, 4), А' %3 (5, 9), В' 3D (11,—3), and C' %3D (17,6).
Show that there is a dilation that transforms triangle ABC onto triangle A'B'C'. In other
words, find the dilation center and the magnification factor.
Transcribed Image Text:(5,4), A' 3 (5, 9), В' — (11,—3), and C" 660. Let A 3D (1,5), В — (3,1), С %3 (5, 4), А' %3 (5, 9), В' 3D (11,—3), and C' %3D (17,6). Show that there is a dilation that transforms triangle ABC onto triangle A'B'C'. In other words, find the dilation center and the magnification factor.
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