The flywheel in Figure.3 has moment of inertia of 33.5 ??. ?2rotates at 365 rpm. A second flywheel has moment of inertia of 27.8 ??. ?2and rotates at 545 rpm.a) Find the speed when they are engaged by a clutch b) Determine the energy lost CC CoFLYWHEELFigure.3: Coupled flywheels by engaging clutchThe flywheel in Figure.3 has moment of inertia of 33.5 kg.m² rotates at 365 rpm. A second flywheel hasmoment of inertia of 27.8 kg. m² and rotates at 545 rpm.CLUTCHa) Find the speed when they are engaged by a clutchb) Determine the energy lostFLYWHEEL

Given: The moment of inertia of flywheel 1, I1 = 33.5 kg.m2 The moment of inertia of flywheel 1, I2…

Answered: The flywheel in Figure.3 has moment of…

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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The flywheel in Figure.3 has moment of inertia of 33.5 ??. ?2
rotates at 365 rpm. A second flywheel has
moment of inertia of 27.8 ??. ?2
and rotates at 545 rpm.
a) Find the speed when they are engaged by a clutch
b) Determine the energy lost

CC Co
FLYWHEEL
Figure.3: Coupled flywheels by engaging clutch
The flywheel in Figure.3 has moment of inertia of 33.5 kg.m² rotates at 365 rpm. A second flywheel has
moment of inertia of 27.8 kg. m² and rotates at 545 rpm.
CLUTCH
a) Find the speed when they are engaged by a clutch
b) Determine the energy lost
FLYWHEEL

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