Asked by Shai
Consider a single photon with a wavelength of λ, a frequency of ν, and an energy of E. What is the wavelength, frequency, and energy of a pulse of light containing 100 of these photons?
A)100λ, 100ν, and E
B)0.01λ, ν, and 100E
C)λ, ν, and 100E
D)0.01λ, 0.01ν, and 0.01E
E)100λ, 100ν, and 100E
A)100λ, 100ν, and E
B)0.01λ, ν, and 100E
C)λ, ν, and 100E
D)0.01λ, 0.01ν, and 0.01E
E)100λ, 100ν, and 100E
Answers
Answered by
Elena
C)λ, ν, and 100E
Answered by
Rahma
Since energy is proportional to the number of photons, you often see energy of light expressed in joules per mole of photons (J/mol.) However, you will never see wavelength or frequency expressed in terms of moles. So the answer is C) λ, ν, and 100E.
Answered by
Krishnu
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