OU answer the following a) A screen is placed at a certain distance from a narrow slit which is illuminated by a parallel beam of monochromatic light. What will you observe if you scan the screen with the help of a microscope?
OU answer the following a) A screen is placed at a certain distance from a narrow slit which is illuminated by a parallel beam of monochromatic light. What will you observe if you scan the screen with the help of a microscope?
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QU answer the following: ) A screen is placed at a certain distance from a narrow slit which isllaminated by parallel beam of monochromati ight. What will you observe if you scan the screen with the help of a microscope? b1 A parallel momochromatic light (1-600nm) falls normally on a circular aperture of diameter 0.12cm and is viewed from the opposite side alons a line through the center of the hole and normal o its plane. Calculate the three larger distan from the hole at which the intensity is zero.
Transcribed Image Text:O/ answer the following:
a) A screen is placed at a certain distance from a narrow slit which is illuminated by a parallel beam of monochromatic
light. What will you observe if you scan the screen with the help of a microscope?
b) A parallel monochromatic light (k-600nm) falls normally on a circular aperture of diameter 0.12cm and is viewed from
the opposite side along a line through the center of the hole and normal to its plane. Calculate the three larger distan
from the hole at which the intensity is zero.
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