According to the photon energy formula, tripling the frequencyof the radiation f

Question

According to the photon energy formula, tripling the frequencyof the radiation from a monochromatic source will change the energycontent of the individually radiated photons by what factor? ray of light is moving from a material having a highindex of refraction into a material with a lower index ofrefraction. (a) Is the ray bent toward the normal or awayfrom it? (b) If the wavelength is 600 nm in the material with the high indexof refraction, is it greater, smaller, or the same in the materialwith the lower index of refraction? According to the photon energy formula, tripling the frequencyof the radiation from a monochromatic source will change the energycontent of the individually radiated photons by what factor? ray of light is moving from a material having a highindex of refraction into a material with a lower index ofrefraction. (a) Is the ray bent toward the normal or awayfrom it? (b) If the wavelength is 600 nm in the material with the high indexof refraction, is it greater, smaller, or the same in the materialwith the lower index of refraction? (a) Is the ray bent toward the normal or awayfrom it?

Explanation / Answer

I assume these are concepts. For the first, frequency is directly proportional to energycontnet. Therefore tripling the frequency, triples theenergy. Second- It is away, The angle is different based on theformula n1sin1 = n2sine2 Third It is greater due to the the direct relationshi of C=velcoity of wave X index, and c=landa X freqeuncy hope this helps

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