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System's Solution
Our B, the frictional force is equal 0.06
The moment of inertia J, on an average is equal to 90 kg
and the front and rear gears are 7 and 3 respectivelyTherefor our equation becomes
Since the forcing function of the above homogeneous equation equal to zero, our characteristic equation becomes
where r is the root
The complete solution of the differential equation equals
0.12A = (7/3)
A = 19.2
y(t) =
Substituing K with the results obtain above, our general solution equals
-19.2e^(-0.0013t) + 19.2
The Laplace Tranform equal
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