Properties that determines the energy of a photon

AI Thread Summary
The energy of a photon is determined by its wavelength and frequency, as expressed in the equation E=hf or E=h(c/λ). Intensity, speed, and polarization do not affect photon energy directly. The wavelength and frequency are inversely related; thus, either can be used to determine energy. The discussion confirms that options (a) and (e) are correct answers. Understanding these properties is essential for solving related physics problems.
songoku
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Homework Statement


Which of the properties listed below determines the energy of a photon

a. wavelength
b. intensity of the beam
c. speed of the photon
d. polarization
e. frequency


Homework Equations



E=hf=h\frac{c}{\lambda}


The Attempt at a Solution


Based on the equation, the answer can be (a) or (e) ??

Thanks
 
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songoku said:
Based on the equation, the answer can be (a) or (e) ??
Right!
 
Thanks a lot Doc Al :smile:
 
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