Circle A has a center at the origin and a point D located on the circle at (1,0). Circle B has a center at (1,−2) and a point E located on the circle at (4,−2). Logan performs two transformations on circle A to show that circle A is similar to circle B. He first dilates the circle with the center of dilation at the origin and then translates the new circle.What are the algebraic descriptions of the two transformations? 14. Circle A has a center at the origin and a point D located on the circle at (1,0). Circle B has a center at (1, – 2) and apoint E located on the circle at (4, – 2).6-5-4-3+2+-4 -3 -2/-AD2 34-2t BE-3-4-Logan performs two transformations on circle A to show that circle A is similar to circle B.He first dilates the circle with the center of dilation at the origin and then translates the new circle.What are the algebraic descriptions of the two transformations?(x, y) ->(x, y) -> (

Center of the circle A = (0, 0)Point D located on the circle A at (1, 0).Canter of the circle B =…

Answered: Circle A has a center at the origin and…

Elementary Geometry For College Students, 7e

7th Edition

ISBN:9781337614085

Author:Alexander, Daniel C.; Koeberlein, Geralyn M.

Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.

ChapterP: Preliminary Concepts

SectionP.CT: Test

Problem 1CT

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Circle A has a center at the origin and a point D located on the circle at (1,0). Circle B has a center at (1,−2) and a point E located on the circle at (4,−2).

Logan performs two transformations on circle A to show that circle A is similar to circle B. He first dilates the circle with the center of dilation at the origin and then translates the new circle.

What are the algebraic descriptions of the two transformations?

14. Circle A has a center at the origin and a point D located on the circle at (1,0). Circle B has a center at (1, – 2) and a
point E located on the circle at (4, – 2).
6-
5-
4-
3+
2+
-4 -3 -2/-A
D
2 34
-2t B
E
-3-
4-
Logan performs two transformations on circle A to show that circle A is similar to circle B.
He first dilates the circle with the center of dilation at the origin and then translates the new circle.
What are the algebraic descriptions of the two transformations?
(x, y) ->
(x, y) -> (

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