Spring Constant and Time Period

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SUMMARY

The discussion focuses on the relationship between the spring constant and the time period of Simple Harmonic Oscillations (SHO). Peter G. raises a question about controlling air humidity as a variable affecting air resistance and damping in his experiments. A suggestion is made to maintain humidity at extreme levels (0% or 100%) to simplify control, although this is not practical for introductory physics labs. The conversation emphasizes the importance of controlling environmental factors in experimental physics.

PREREQUISITES
  • Understanding of Simple Harmonic Motion (SHM)
  • Knowledge of the spring constant and its effects on oscillation
  • Familiarity with the concept of damping in oscillatory systems
  • Basic principles of humidity and its impact on physical experiments
NEXT STEPS
  • Research methods to measure and control humidity in experimental setups
  • Explore the mathematical relationship between spring constant and time period in SHO
  • Investigate different types of damping and their effects on oscillations
  • Learn about environmental control techniques in laboratory settings
USEFUL FOR

Students and educators in physics, particularly those studying mechanics and oscillatory motion, as well as researchers conducting experiments involving environmental variables.

Peter G.
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Hi,

I am investigating the effect of changing the spring constant on the time period of Simple Harmonic Oscillations.

My first doubt regards one of my control variables. I listed that I should try and maintain air humidity constant, due to the fact it affects air resistance and, therefore damping. Obviously, I don't have absolute control over the humidity in the air but how could I try to maintain it constant? Maintaining the relative humidity the same

Any ideas?

Thanks,
Peter G.
 
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Not that you would actually do this in an introductory physics lab, but probably the easiest way to control the humidity is to keep it at or close to either 0% or 100%; maintaining it somewhere in between would be very tricky. See if you can think of ways that holding it at either 0 or 100% might be done.
 

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