Does Amplitude Influence the Period of a Spring's Oscillation?

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SUMMARY

The discussion confirms that amplitude does not affect the period of oscillation of a spring in simple harmonic motion. The key equation referenced is T = 2(pi)*(m/k)^(0.5), which clearly shows that the period (T) is determined solely by the mass (m) and the spring constant (k), with no dependence on amplitude. Participants agree on this conclusion based on their understanding and classroom experiences.

PREREQUISITES
  • Understanding of simple harmonic motion
  • Familiarity with the equation T = 2(pi)*(m/k)^(0.5)
  • Knowledge of mass and spring constant concepts
  • Basic grasp of oscillatory systems
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  • Explore the effects of mass and spring constant on oscillation
  • Investigate other factors influencing oscillation in different systems
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ohlhauc1
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Here is a quick question, and it would be nice if you someone could answer yes or no. I need it to do a problem because I am unsure whether it is. The question is:

Does amplitude affect the period of oscillation of a spring in simple harmonic motion?

I think no because of the equation: T = 2(pi)*(m/k)^(0.5) There is no amplitude in that equation, which determines period.

Thanks
ohlhauc1
 
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Well.. I Actually did this today in class. The equation you have is right, and that's what I have in my notes. So, I believe you are right, and the answer is no. :)
 

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