The fixing element B receives a horizontal motion given by xB = bcos(wt). Derive the equation of motion for the mass and define the critical angular fre- quency we at which the oscillations of the mass become excessively large. What is the damping coefficient of the system? €1 wwwwww m €2 xg= b cos cot B
The fixing element B receives a horizontal motion given by xB = bcos(wt). Derive the equation of motion for the mass and define the critical angular fre- quency we at which the oscillations of the mass become excessively large. What is the damping coefficient of the system? €1 wwwwww m €2 xg= b cos cot B
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Transcribed Image Text:The fixing element B receives a horizontal motion given by xB = bcos(wt).
Derive the equation of motion for the mass and define the critical angular fre-
quency we at which the oscillations of the mass become excessively large. What
is the damping coefficient of the system?
€1
wwwwww
m
€2
xg= b cos cot
B
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