Does Damping Affect the Period of SHM?

AI Thread Summary
Damping does affect the period of simple harmonic motion (SHM). The user is tasked with calculating the period using the equation T = 2*pi/(W0), where W0 is derived from the spring constant k and mass m. The values provided are b = 16 N/ms, k = 344.5 N/m, and m = 2 kg. While the user initially attempts to use the equation without considering damping, it is clarified that damping alters the effective period of the system. Understanding the impact of damping is essential for accurate calculations in damped SHM scenarios.
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Homework Statement


I've been given (or have calculated) the equation for damped SHM of a spring, and have been told to calculate the period...

I'm given that:

Forced produced by damper: b(dx/dt) where b = 16N/ms
k = 344.5N/m
m = 2kg

Homework Equations



I know that T = 2*pi/(W0)

Where W0 = sqrt(k/m)

But I don't know if damping will have an effect of period? :)

The Attempt at a Solution



Of course, I have tried using the above equation... plug k and m as W0. Would this be correct? Thanks for any help.
 
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