For a human eye with a pupil diameter (aperture diameter D) of 0.005 meters, and a focal length of 0.022 meters, there will be a resolution limit due to diffraction at 550 nm wavelength. If we space light- sensitive cells on the retina at this spacing, how many retina cells per square meter (of retina) would there need to be and why? You may assume that light-sensitive cells are spaced in a grid.
For a human eye with a pupil diameter (aperture diameter D) of 0.005 meters, and a focal length of 0.022 meters, there will be a resolution limit due to diffraction at 550 nm wavelength. If we space light- sensitive cells on the retina at this spacing, how many retina cells per square meter (of retina) would there need to be and why? You may assume that light-sensitive cells are spaced in a grid.
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Transcribed Image Text:For a human eye with a pupil diameter (aperture diameter D) of 0.005 meters, and a focal length of
0.022 meters, there will be a resolution limit due to diffraction at 550 nm wavelength. If we space light-
sensitive cells on the retina at this spacing, how many retina cells per square meter (of retina) would
there need to be and why? You may assume that light-sensitive cells are spaced in a grid.
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