When m21 = 75°, d = 43 in., and when mZ1 = 100°, d = 54 in. Neil wants to know how wide a sofahe can buy if he can open the door at most 85°. Using the Hinge Theorem or the Converse of theHinge Theorem, can you determine the exact value of d when mZ1 = 85°? If you can, explain themethod. If not, explain what you can determine about the distance.Choose the correct answer below.The exact value cannot be determined. The Converse of the Hinge Theorem can be used to conclude that whenO A.. d> 54, mZ1<100°.The exact value can be determined with the Hinge Theorem. The value is the average of the values of d when43 + 54O B.mZ1 = 75° and mZ1= 100°, or= 48.5 in.The exact value can be determined with the Converse of the Hinge Theorem. The value is the solution of thed.85or d = 45.9 in.100С.proportion54The exact value cannot be determined. The Hinge Theorem can be used to conclude that when mZ1= 85°,OD.43

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When mZ1 = 75°, d = 43 in., and when mZ1 = 100°, d = 54 in. Neil wants to know how wide a sofa he can buy if he can open the door at most 85°. Using the Hinge Theorem or the Converse of the Hinge Theorem, can you determine the exact value of d when mZ1 85°? If you can, explain the method. If not, explain what you can determine about the distance.

When mZ1 = 75°, d = 43 in., and when mZ1 = 100°, d = 54 in. Neil wants to know how wide a sofa he can buy if he can open the door at most 85°. Using the Hinge Theorem or the Converse of the Hinge Theorem, can you determine the exact value of d when mZ1 85°? If you can, explain the method. If not, explain what you can determine about the distance.

Mathematics For Machine Technology

8th Edition

ISBN:9781337798310

Author:Peterson, John.

Publisher:Peterson, John.

Chapter77: Machining Compound-angular Surfaces

Section: Chapter Questions

Problem 11A

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