Nearly monochromatic coherent light waves leave two rectangularslits in phase and at an angle of u = 22.0 with the normal. Whenthe light reaches a distant screen, the waves from the center of one slitare 344 out of phase with the waves from the center of the other slit, andthe waves from the top of either slit are 172 out of phase with the wavesfrom the bottom of that slit. (a) How is the center-to-center distance betweenthe slits related to the width of either slit? (b) Calculate the intensityat the screen for u = 22.0 if the intensity at u = 0 is 0.234 W/m2.
Nearly monochromatic coherent light waves leave two rectangularslits in phase and at an angle of u = 22.0 with the normal. Whenthe light reaches a distant screen, the waves from the center of one slitare 344 out of phase with the waves from the center of the other slit, andthe waves from the top of either slit are 172 out of phase with the wavesfrom the bottom of that slit. (a) How is the center-to-center distance betweenthe slits related to the width of either slit? (b) Calculate the intensityat the screen for u = 22.0 if the intensity at u = 0 is 0.234 W/m2.
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Nearly monochromatic coherent light waves leave two rectangular
slits in phase and at an angle of u = 22.0 with the normal. When
the light reaches a distant screen, the waves from the center of one slit
are 344 out of phase with the waves from the center of the other slit, and
the waves from the top of either slit are 172 out of phase with the waves
from the bottom of that slit. (a) How is the center-to-center distance between
the slits related to the width of either slit? (b) Calculate the intensity
at the screen for u = 22.0 if the intensity at u = 0 is 0.234 W/m2.
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