Will Increasing Tension of a Two Loop Standing Wave Change its Frequency?

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SUMMARY

Increasing the tension of a two-loop standing wave will alter its characteristics, potentially resulting in a one-loop standing wave configuration. The relationship between tension and frequency is governed by the formula f = 2L/n, where 'n' represents the number of loops. The discussion confirms that while increasing tension affects the wave, a specific tension value is necessary to maintain a constant frequency. Participants emphasized the importance of adhering to homework guidelines for proper analysis.

PREREQUISITES
  • Understanding of wave mechanics and standing waves
  • Familiarity with the formula f = 2L/n
  • Knowledge of the relationship between tension and frequency in waves
  • Basic algebra for manipulating equations
NEXT STEPS
  • Research the impact of tension on wave frequency in different mediums
  • Explore the derivation of the wave equation for standing waves
  • Learn about the effects of boundary conditions on standing wave formation
  • Investigate the role of harmonics in wave patterns
USEFUL FOR

Students studying physics, particularly those focusing on wave mechanics, and educators looking for insights into teaching standing wave concepts.

echoi11
Hello all,

I am doing this question where it asks if I increase the tension of a two loop standing wave without changing the frequency, what kind of standing wave will I get? I came to the conclusion that it would become a one loop standing wave as f= 2L/(n) as I plugged in 2 for n and I got 1L. I was wondering if my thought process was correct or not.
 
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HI,
This belongs in the homework forum -- where you need to contribute a formula that says something about the relationship between tension and frequency. And: your thinking is right, but: just increasing the tension would be enough ? Or would you need a specific tension ?
 
BvU said:
This belongs in the homework forum
Correct. Please post there and fill the homework template properly.

Thread closed.
 

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