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Homework Statement
Consider an electron incident on a screen with a narrow slot of width 2d. Assume
that the electron is moving with velocity v in the direction perpendicular to the screen and
that its wavefunction is uniformly spread over the slit and its vicinity, as shown. After going
through the slit, the electron hits a detector screen a distance D away. Assume that d << D.
(a)We can think of this set up as a way to measure the momentum of the electron after
it passed through the slit. If the electron hits the detector screen at a point x away from the
point directly ligned up with the center of the slit (see Figure), what was the x-component
of its momentum just after it passed through the slit?
Homework Equations
p = mv
The Attempt at a Solution
Am I wrong to assume this is just equal to (m of electron)*sin(y)=momentum in x direction ?
I feel like this is too easy.
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