The Hubble Space Telescope is capable of resolving optical images to an angular resolution of 2.80-10-7 rad with its 2.40- m mirror. How large would a radio telescope have to be in order to image an object in the radio spectrum with the same resolution, assuming the wavelength of the radio waves is 12.5 cm?
The Hubble Space Telescope is capable of resolving optical images to an angular resolution of 2.80-10-7 rad with its 2.40- m mirror. How large would a radio telescope have to be in order to image an object in the radio spectrum with the same resolution, assuming the wavelength of the radio waves is 12.5 cm?
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Transcribed Image Text:The Hubble Space Telescope is capable of resolving optical images to an angular resolution of 2.80-10-7 rad with its 2.40-
m mirror. How large would a radio telescope have to be in order to image an object in the radio spectrum with the same
resolution, assuming the wavelength of the radio waves is 12.5 cm?
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