8. The human eye has an angular resolution of about 1' (one arcminute - recall there are 60 arcminutes in one degree, or 60' - 1), seeing with visible light at 500 nm. Imagine that we instead could see infrared light at about 60 micrometer (micron) wavelength, but the size of our eyes was the same. a) What would the angular resolution of our eyes be in this case? b) how might this affect our ability to move around, read, or create technology? Only consider the angular resolution effect here, not the kind of light.
8. The human eye has an angular resolution of about 1' (one arcminute - recall there are 60 arcminutes in one degree, or 60' - 1), seeing with visible light at 500 nm. Imagine that we instead could see infrared light at about 60 micrometer (micron) wavelength, but the size of our eyes was the same. a) What would the angular resolution of our eyes be in this case? b) how might this affect our ability to move around, read, or create technology? Only consider the angular resolution effect here, not the kind of light.
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Transcribed Image Text:8. The human eye has an angular resolution of about 1' (one arcminute - recall there are 60 arcminutes in
one degree, or 60' - 1°), seeing with visible light at 500 nm. Imagine that we instead could see infrared
light at about 60 micrometer (micron) wavelength, but the size of our eyes was the same.
a) What would the angular resolution of our eyes be in this case?
b) how might this affect our ability to move around, read, or create technology? Only consider the angular
resolution effect here, not the kind of light.
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