Problem 1: If electromagnetic radiation with a photon energy of 20 meV impinges on two slits spaced 0.1 mm apart, find the angle between the center line and the 1 minimum and 1 maximum of the resulting interference pattern.

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Problem 1: If electromagnetic radiation with a photon energy of 20 meV impinges
on two slits spaced 0.1 mm apart, find the angle between the center line and the 1
minimum and 1 maximum of the resulting interference pattern.
Problem 2: A non-relativistic beam of electrons travels at 5% the speed of light and
impinges on a slit that is 0.05 um wide. Use modern units (e.g eV, etc) to find the
Transcribed Image Text:Problem 1: If electromagnetic radiation with a photon energy of 20 meV impinges on two slits spaced 0.1 mm apart, find the angle between the center line and the 1 minimum and 1 maximum of the resulting interference pattern. Problem 2: A non-relativistic beam of electrons travels at 5% the speed of light and impinges on a slit that is 0.05 um wide. Use modern units (e.g eV, etc) to find the
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