[" el.The least resolvable angle by a telescope using "],[" e of a perture "5" m is nearly "],[tquad (lambda=4000A^(@))]

The least resolvable angle by a telescope using objective of aperture 5 m is nearly (lambda = 400 Å)

The resolving power of a telescope of aperture 100 cm for light of wavelength 5.5 xx 10^-7 m is

What is the resolving power of a telescope of aperture 100 cm, for light of wavelength 5.5xx10^(-7)m ?

The average distance between the earth and moon is 3.86xx10^(4)km . The minimum separation between the two points on the surface of the moon that can be resolved by a telescope whose objective lens has a diameter os 5 m with lambda=6000 Å is

Two stars are situated at a distance of 8 light years from the earth. These are to be just resolved by a telescope of diameter 0.25 m. If the wavelength of light used is 5000 Å, then the distance between the stars must be

What is the resolving power of a telescope whose objective lens has a diameter 1.22 m from a wavelength 4000 Å?

Calculate the smallest angle resolved by a telescope with an objective of 5.0m diameter. What minimum magnification is needed to enable the human eye to utilize the resolution? (Aperture of the eye =2.5 mm, lambda= 5500 dotA ).