A beam of electrons with kinetic energy K₁ is incident on a single slit of width a. After passing through the slit, the beam strikes a screen where it is made visible. At the center of the screen directly in front of the slit, the intensity of the pattern on the screen is I₁. If the kinetic energy of the beam is increased (keeping the slit width and the number of electrons per second constant), does the intensity of the pattern at the center of the screen increase, decrease, or remain the same?
A beam of electrons with kinetic energy K₁ is incident on a single slit of width a. After passing through the slit, the beam strikes a screen where it is made visible. At the center of the screen directly in front of the slit, the intensity of the pattern on the screen is I₁. If the kinetic energy of the beam is increased (keeping the slit width and the number of electrons per second constant), does the intensity of the pattern at the center of the screen increase, decrease, or remain the same?
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Transcribed Image Text:Question 2:
A beam of electrons with kinetic energy K, is incident on a single slit of
width a.
After passing through the slit, the beam strikes a screen where it is made
visible. At the center of the screen directly in front of the slit, the
intensity of the pattern on the screen is I₁.
If the kinetic energy of the beam is increased (keeping the slit width and
the number of electrons per second constant), does the intensity of the
pattern at the center of the screen increase, decrease, or remain the
same?
EXPLAIN YOUR ANSWER.
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