How does the energy of a photon depend on its frequency? A) the higher the frequ

Question

How does the energy of a photon depend on its frequency?
A) the higher the frequency, the greater the energy B) the lower the frequency, the greater the energy C) the energy is the product of the frequency times the speed of light D) none of these are correct How does the energy of a photon depend on its frequency?
A) the higher the frequency, the greater the energy B) the lower the frequency, the greater the energy C) the energy is the product of the frequency times the speed of light D) none of these are correct
A) the higher the frequency, the greater the energy B) the lower the frequency, the greater the energy C) the energy is the product of the frequency times the speed of light D) none of these are correct

Explanation / Answer

Energy of photon is given by,

E = h v

Where, h = Planck's constant

v = frequency

So, E is directly proportional to frequency

Correct answer is option(A)

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