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The Photoelectric effect and "classical physics"
The kinetic energy of the ejected electrons predicted by the classical physics should be related to the intensity of the light.
According to experimental results, the kinetic energy of the electrons is proportional to the frequencies of the light, and not the intensity.
What is "classical physics" in this case, and which equations do I use in order to calculate this?
Why is the kinetic energy of the electrons depended on the intensity (according to "classical physics"), and not the frequency?
The kinetic energy of the ejected electrons predicted by the classical physics should be related to the intensity of the light.
According to experimental results, the kinetic energy of the electrons is proportional to the frequencies of the light, and not the intensity.
What is "classical physics" in this case, and which equations do I use in order to calculate this?
Why is the kinetic energy of the electrons depended on the intensity (according to "classical physics"), and not the frequency?