How is Frequency related to Energy in a Wine Glass?

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Homework Help Overview

The discussion revolves around the relationship between frequency and energy, particularly in the context of standing waves and the behavior of a wine glass as it is filled with liquid. Participants explore concepts from both classical and quantum physics.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants inquire about equations linking frequency and energy, discuss analogies like the square well, and question the implications of energy changes on frequency in different contexts.

Discussion Status

The discussion is active, with various interpretations being explored. Some participants suggest that energy and frequency are directly related in specific scenarios, while others point out exceptions in classical physics. Guidance is offered through analogies and references to quantum mechanics.

Contextual Notes

There are mentions of classical versus quantum perspectives, and assumptions regarding the behavior of waves in different physical contexts, such as the effect of water in a wine glass on sound frequency.

06mangro
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is there an equation that relates frequency to energy on a larger scale, relating to standing waves...

what proves that as energy increases, so does frequency of a wave?
 
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Quantum mechanics relates frequency to energy, but this strict relation is not present in classical physics. You can have low-energetic, high-frequency waves and high-energetic, low-frequency waves.
 
the reason that the frequency decreases in a wine glass as it is filled up with liquid is because it is using more energy to drag the water molecules with it, so the energy of the wave is decreasing, but so does frequency so they are directly related in this case?
 
when you talk about frequency of a wine glass, are you talking about a musical instrument like a glass organ? Acoustically you get a higher frquency when the glass has more water because the water reduces the glass area that can effectively vibrate to make the sound.
 

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