The two headlights of an approaching m apart. At what maximum distance will eye resolve them ? automobile are 1.22 Assume a pupil diameter of 5.0 mm and 2 = 5500 A . Assume also that this distance is determined only by the diffraction effect at the circular aperture.
The two headlights of an approaching m apart. At what maximum distance will eye resolve them ? automobile are 1.22 Assume a pupil diameter of 5.0 mm and 2 = 5500 A . Assume also that this distance is determined only by the diffraction effect at the circular aperture.
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![The two headlights of an approaching
m apart. At what
maximum distance will eye resolve them ?
automobile
are
1.22
Assume a pupil diameter of 5.0 mm and
2 = 5500 A . Assume also that this distance is
determined only by the diffraction effect at
the circular aperture.
%3D](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7a53614b-95a8-4559-a3e4-75dad752e2f4%2F7519c3c3-84cf-4c64-a2be-9c1821db6673%2Fxp19kv_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The two headlights of an approaching
m apart. At what
maximum distance will eye resolve them ?
automobile
are
1.22
Assume a pupil diameter of 5.0 mm and
2 = 5500 A . Assume also that this distance is
determined only by the diffraction effect at
the circular aperture.
%3D
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