Upload a PDF document that shows your work and solution.-Consider a moon of Uranus if Uranus is currently a distance of 2.08 billion km from Earth, thenwhat diameter telescope would you need (use telescope-resolution formula = 1.22, where Dis the telescope diameter) in order to clearly resolve the moon Titania in orbit around Uranus if the47²)3 to relatemoon has a period of orbit of T = 8.71 days? (use Kepler's 3rd Law T² = (GMraveT2moon's period T to moon's orbital radius, r) The telescope only needs to resolve the small dot of themoon as distinct from the circle of light which is Uranus, so the orbital resolution is the angular sizeof the diameter of orbit of Miranda (use the arc-length formula 0 = 2 where d is the distance fromEarth to Uranus). Take the mass of Uranus as 8.68 × 1025 kg, and the wavelength of light as 490dnm.

Given that:d=2.08 billion km=2.08×109×103=2.08×1012 mT=8.71 days=8.71×24×3600=752544…

Answered: = Consider a moon of Uranus - if Uranus…

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