Plz all parts Given: (JLD SP2022 Ex03P5a) The pendulum shown is made of two slender bars of mass m₁ = 10 kg (longbar) and m2 = 1 kg (short bar), and a sphere whose mass is m3 = 5 kg and diameter is shown. At the instantshown, the pendulum is rotating though the horizontal position with an angular velocity of = 2.5rad inthe direction show.120 mmSol'n:(0)370 mmFind: At the instant shown, determine the150 mm1. location of the center of mass of the system,2. angular acceleration of the system at this instant,3. acceleration of the center of mass of the system, &4. reaction that the pin A.

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Given: (JLD SP2022 Ex03P5a) The pendulum shown is made of two slender bars of mass my 10 kg (long bar) and m2 = 1 kg (short bar), and a sphere whose mass is m3 - 5 kg and diameter is shown. At the instant 2.5tdin shown, the pendulum is rotating though the horizontal position with an angular velocity of w = the direction show. 120 mm. (0) 370 mm 150 mm

Given: (JLD SP2022 Ex03P5a) The pendulum shown is made of two slender bars of mass my 10 kg (long bar) and m2 = 1 kg (short bar), and a sphere whose mass is m3 - 5 kg and diameter is shown. At the instant 2.5tdin shown, the pendulum is rotating though the horizontal position with an angular velocity of w = the direction show. 120 mm. (0) 370 mm 150 mm

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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Clutches, Brakes, Couplings, and Flywheels

The clutch is described as a machine element used to connect or disconnect two shafts together to transmit torque or power. The clutch works on the principles of friction. The clutch is commonly used in automobiles to transfer power from the driving shaft to the driven shaft.

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Plz all parts

Given: (JLD SP2022 Ex03P5a) The pendulum shown is made of two slender bars of mass m₁ = 10 kg (long
bar) and m2 = 1 kg (short bar), and a sphere whose mass is m3 = 5 kg and diameter is shown. At the instant
shown, the pendulum is rotating though the horizontal position with an angular velocity of = 2.5rad in
the direction show.
120 mm
Sol'n:
(0)
370 mm
Find: At the instant shown, determine the
150 mm
1. location of the center of mass of the system,
2. angular acceleration of the system at this instant,
3. acceleration of the center of mass of the system, &
4. reaction that the pin A.

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