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Mechanical vibration assignment

$10-30 AUD

Cancelled
Posted over 5 years ago

$10-30 AUD

Paid on delivery
A steel ball of mass m (kg) is held at a distance h (m) above a massless rigid tabletop supported by un-damped springs whose equivalent stiffness is k (N/m). If the ball is left to fall from rest on the tabletop. Deduce an expression for the velocity at which the ball will bounce back off the tabletop. On its way back, will the mass bounce back to its initial height? If it will not, where will the difference in energy go? Discuss mathematically!
Project ID: 17829345

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2 proposals
Remote project
Active 6 yrs ago

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2 freelancers are bidding on average $38 AUD for this job
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i have done my mechanical Engineering from IST major in Vibrations. i can solve your problem with the skills i gained from my studies. vibration is not an easy subject i know but i will not let you down.
$35 AUD in 4 days
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Member since Sep 24, 2018

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