Q2. Mechanism on a slippery slope. Two uniform bars AB and BC, each of mass m, are connected to each other via a hinge at B and to an inclined plane via a hinge at A. Point C slides on the inclined plane. There is no friction or other dissipation anywhere in the system. The mechanism is released from the configuration shown. Determine the angular velocity w of AB when the bars become collinear. Hint: Total mechanical energy of the system of two rigid bodies is conserved. B b 45° 45 45°
Q2. Mechanism on a slippery slope. Two uniform bars AB and BC, each of mass m, are connected to each other via a hinge at B and to an inclined plane via a hinge at A. Point C slides on the inclined plane. There is no friction or other dissipation anywhere in the system. The mechanism is released from the configuration shown. Determine the angular velocity w of AB when the bars become collinear. Hint: Total mechanical energy of the system of two rigid bodies is conserved. B b 45° 45 45°
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Please help This problem involves conservation of energy of rigid bodies. Thank you.

Transcribed Image Text:Q2. Mechanism on a slippery slope. Two uniform bars AB and BC, each of mass m, are connected
to each other via a hinge at B and to an inclined plane via a hinge at A. Point C slides on the
inclined plane. There is no friction or other dissipation anywhere in the system. The mechanism is
released from the configuration shown. Determine the angular velocity w of AB when the bars
become collinear. Hint: Total mechanical energy of the system of two rigid bodies is conserved.
B
b
45°
45
45°
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