How to calculate dampening coefficient?

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SUMMARY

The discussion focuses on calculating the damping coefficient for a mass-spring system subjected to a damping force. The mass is 100g, with a spring force constant, and it oscillates with an initial amplitude of 0.2m. After 5 seconds, the amplitude decreases to 0.1m. The relevant equation for the damping coefficient is identified as c = Fv, although its application in this context is questioned. Participants emphasize the need to reference the damped harmonic oscillator equations from textbooks for accurate calculations.

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Homework Statement



A 100g mass moves on the end of a spring with force constant . It is released with an amplitude 0.2m. A damping force acts on the egg. After it oscillates for 5.00 s, the amplitude of the motion has decreased by 0.1m.Calculate the magnitude of the damping coefficient .

Homework Equations



I have no idea, research online doesn't show anything which seems relevant. I've found the equation: c=Fv (where c is the coefficient) but I don't see how that will be helpful.
 
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Doesn't your textbook discuss the damped harmonic oscillator? Surely there are equations in there that are relevant.
 

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