The mass in a mass-spring harmonic oscillator is pulled from equilibrium to an initial displacement of...
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The mass in a mass-spring harmonic oscillator is pulled from equilibrium to an initial displacement of 0.23 m and is then released from rest. After T = 818 the amplitude is observed to be 0.067 m. Find the value of the damping rate y = b/2m, where the motion of the block is described by x = Ae-" cos (ot + p). %3! s- (+ 2E-5 s-) The mass in a mass-spring harmonic oscillator is pulled from equilibrium to an initial displacement of 0.23 m and is then released from rest. After T = 818 the amplitude is observed to be 0.067 m. Find the value of the damping rate y = b/2m, where the motion of the block is described by x = Ae-" cos (ot + p). %3! s- (+ 2E-5 s-)
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Related Book For
Fundamentals of Physics
ISBN: 978-0471758013
8th Extended edition
Authors: Jearl Walker, Halliday Resnick
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