A spring with a constant k = 20x10^3Nm and a not deformed length of L = 2m. Its fixed in A and Cof the slider crank mechanism show. The bars have a density of p = 10 kg/m and the mass of the slider is 40kg. determine the M2 needed for the mechanism to move with an amgular constant velocity of 50rad/s in the joint where the moment is applied. And support the forces developed durin its movement. Dont consider the friction and mass of the spring. And the inertia of a bar is I = (ma^2)/12 A M2 2m B k=20 x 103 Nm Am

Principles Of Marketing
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ISBN:9780134492513
Author:Kotler, Philip, Armstrong, Gary (gary M.)
Publisher:Kotler, Philip, Armstrong, Gary (gary M.)
Chapter1: Marketing: Creating Customer Value And Engagement
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A spring with a constant k = 20x10^3Nm and a not
deformed length of L = 2m. Its fixed in A and Cof the
slider crank mechanism show. The bars have a density
of p = 10 kg/m and the mass of the slider is 40kg.
determine the M2 needed for the mechanism to move
with an amgular constant velocity of 50rad/s in the joint
where the moment is applied. And support the forces
developed durin its movement. Dont consider the
friction and mass of the spring. And the inertia of a bar
is I = (ma^2)/12
A
M2
2m
B
k=20 x 103 Nm
Am
Transcribed Image Text:A spring with a constant k = 20x10^3Nm and a not deformed length of L = 2m. Its fixed in A and Cof the slider crank mechanism show. The bars have a density of p = 10 kg/m and the mass of the slider is 40kg. determine the M2 needed for the mechanism to move with an amgular constant velocity of 50rad/s in the joint where the moment is applied. And support the forces developed durin its movement. Dont consider the friction and mass of the spring. And the inertia of a bar is I = (ma^2)/12 A M2 2m B k=20 x 103 Nm Am
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