Amplitude-frequency relationship

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The discussion centers on the relationship between amplitude and frequency in wave mechanics, particularly in the context of a chemistry test focused on photons. One participant initially claimed that amplitude and frequency have no relationship, as amplitude can vary independently of frequency. However, it was clarified that the relationship depends on the context, such as whether the wave generator has a constant power source. In scenarios involving photons and relevant formulas, the relationship may not be straightforward without additional context. Ultimately, understanding the specific conditions of the problem is crucial for determining the correct answer.
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Hello.
I was doing a chemistry test, one question was asking to state the relationship between the amplitude and frequency of a wave.
I wrote that they had no relationship, as amplitude can go higher with frequency staying the same. Was I right?
 
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Sakha said:
Hello.
I was doing a chemistry test, one question was asking to state the relationship between the amplitude and frequency of a wave.
I wrote that they had no relationship, as amplitude can go higher with frequency staying the same. Was I right?

This depends entirely on the context. If the "generator" of that wave has a constant power source, then yes, there is a dependence between frequency and amplitude. If the context is a simply wave problem, then maybe they're simply testing you on v=f\lambda. Then in that case, there isn't.

Zz.
 
Actually the test was mainly on photons and formulas just like \upsilon=\lambda\nu. What you mean with constant power source?
 
Meaningless question I would have thought without some context.
 
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