Jefferson refers to
2 answers:
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De Broglie's identity gives the relationship between the momentum and the wavelength of a particle:
where
p is the particle momentum
m is its mass
v its velocity
h is the Planck constant
is the wavelength
By re-arranging the equation, we get
and by using the data about the proton, given in the text, we can find the proton's wavelength:
where
p is the particle momentum
m is its mass
v its velocity
h is the Planck constant
By re-arranging the equation, we get
and by using the data about the proton, given in the text, we can find the proton's wavelength: