8. Circle P is represented by the equation (x − 4)² + (x − 3)² = 25. Circle Q is represented by the equation (x − 1)² + (y-7)² = 36. The proof that circle P and circle Q are similar is shown below. Proof: Step 1: Circle P has its center at (4, 3) and a radius of 5 units. Step 2: Circle Q has its center at (1, 7) and a radius of 6 units. Step 3: Translate circle P left 3 units and up 4 units and name the translation circle T. Step 4: ? Step 5: Because the two circles can be mapped onto each other, the two circles are similar. Which statement BEST represents Step 4 of the proof? 1 Dilate circle Q about its center by a factor of 6 6 Dilate circle T about its center by a factor of Dilate circle Q about its center by a factor of 5 1 Dilate circle T about its center by a factor of 5

8. Circle P is represented by the equation (x − 4)² + (x − 3)² = 25. Circle Q is represented by the equation (x − 1)² + (y-7)² = 36. The proof that circle P and circle Q are similar is shown below. Proof: Step 1: Circle P has its center at (4, 3) and a radius of 5 units. Step 2: Circle Q has its center at (1, 7) and a radius of 6 units. Step 3: Translate circle P left 3 units and up 4 units and name the translation circle T. Step 4: ? Step 5: Because the two circles can be mapped onto each other, the two circles are similar. Which statement BEST represents Step 4 of the proof? 1 Dilate circle Q about its center by a factor of 6 6 Dilate circle T about its center by a factor of Dilate circle Q about its center by a factor of 5 1 Dilate circle T about its center by a factor of 5

Trigonometry (MindTap Course List)

8th Edition

ISBN:9781305652224

Author:Charles P. McKeague, Mark D. Turner

Publisher:Charles P. McKeague, Mark D. Turner

Chapter1: The Six Trigonometric Functions

Section: Chapter Questions

Problem 2GP

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