Compare the angular resolving power of the following imaging instruments (details of the italicized instruments are to be covered later). Take the wavelength of light as 5 x 10-7m. (a) the eye with an effective aperture of 0.5 cm (b) a pair of binoculars using a typical aperture of the front lenses (c) the Yerkes Observatory optical telescope, with a diameter of roughly 1.0 m (d) the Manchester radiotelescope, with a diameter of 76.2 m, using microwave radiation of wavelength 22 cm
Compare the angular resolving power of the following imaging instruments (details of the italicized instruments are to be covered later). Take the wavelength of light as 5 x 10-7m. (a) the eye with an effective aperture of 0.5 cm (b) a pair of binoculars using a typical aperture of the front lenses (c) the Yerkes Observatory optical telescope, with a diameter of roughly 1.0 m (d) the Manchester radiotelescope, with a diameter of 76.2 m, using microwave radiation of wavelength 22 cm
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Transcribed Image Text:Compare the angular resolving power of the following imaging instruments (details of the italicized instruments
are to be covered later). Take the wavelength of light as 5 × 10-7 m.
(a) the eye with an effective aperture of 0.5 cm
(b) a pair of binoculars using a typical aperture of the front lenses
(c) the Yerkes Observatory optical telescope, with a diameter of roughly 1.0 m
(d) the Manchester radiotelescope, with a diameter of 76.2 m, using microwave radiation of wavelength
22 cm O
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