- #1
danne89
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Hi,
I wonder how the electron's position energy reflects the electro magnetic wave's frequency.
Daniel
I wonder how the electron's position energy reflects the electro magnetic wave's frequency.
Daniel
Last edited:
No the wavelength is not arbitrary it is determined by the enegry of the photon and is related to [itex] \nu [/itex] bydanne89 said:Hmm. I don't understand. So the wave length is arbitary, right? That don't make seens to me. Or is it always gamma rays?
The main goal of Daniel's inquiry is to understand the relationship between electron position energy and electromagnetic wave frequency.
Daniel conducted his research by performing experiments and collecting data on electron position energy and electromagnetic wave frequency. He also reviewed existing literature and consulted with other scientists in the field.
The findings of Daniel's inquiry could potentially have applications in various fields such as engineering, telecommunications, and energy production. Understanding the relationship between electron position energy and electromagnetic wave frequency can lead to advancements in technology and greater efficiency in energy usage.
The major challenges encountered during this inquiry included accurately measuring and manipulating electron position energy, as well as finding a way to control and measure electromagnetic wave frequency. Additionally, there were also challenges in interpreting the data and drawing conclusions from the results.
The next steps for Daniel's research could involve further experiments to test and validate the findings, as well as exploring other factors that may affect the relationship between electron position energy and electromagnetic wave frequency. He may also collaborate with other scientists to expand the scope of the inquiry and its potential applications.