A free proton has a wave function given by i(5.02x 1011x– 8.00 × 1015 2) 46. Y(x, t) = Ae' The coefficient of x is inverse meters (m-) and the coefficient on t is inverse seconds (s). Find its momentum and energy.
A free proton has a wave function given by i(5.02x 1011x– 8.00 × 1015 2) 46. Y(x, t) = Ae' The coefficient of x is inverse meters (m-) and the coefficient on t is inverse seconds (s). Find its momentum and energy.
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
Transcribed Image Text:A free proton has a
i(5.02 x 1011x- 8.00 x 1015)
46.
wave function given by
Y(x, t) = Ae'
The coefficient of x is inverse meters (m-) and the
coefficient on t is inverse seconds (s-). Find its
momentum and energy.
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