1) Energy is conserved in the collision. Write an expression in terms of photon wavelength to represent the electron’s i

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answerhappygod
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1) Energy is conserved in the collision. Write an expression in terms of photon wavelength to represent the electron’s i

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1) Energy is conserved in the collision. Write an
expression in terms of photon wavelength to represent the
electron’s increase in energy as a result of the collision.
2) Calculate the wavelength l of an incident photon which
has a frequency of 1.00 x 10^18 hertz.
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