light as a wave

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    (Original post by AntiMagicMan)
    I would say amount of photons. Because the energy of a wave is proportional to the amplitude squared, and the energy of photons is proportional to the frequency, a bigger amplitude means more energy and hence more photons are required in a given volume, or area.

    So basically i'm voting in favour of Willa's explanation.
    won't a bigger amplitude also indicate photons with higher frequencies as that also leads to more energy?
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    (Original post by mik1a)
    won't a bigger amplitude also indicate photons with higher frequencies as that also leads to more energy?
    no according to this low e=Hf the energy only depends on the frequancy while number of photons per sencond depends on the intensity
 
 
 
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