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[" 19.Assuming human pupil to have a rad...

[" 19.Assuming human pupil to have a radius of "0.25cm" and a comfortable viewing distance of "25cm" .the "],[" 22Minimum separation between two objects that human eye can resolve at "500nm" wavelength is :- "],[" [JEE-Mains "2015]],[" (1) "100 mu m],[" (2) "300 mu m],[" (3) "1 mu m],[" (4) "30 mu m]

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Assuming human pupil to have a radius of 0.25 cm and a comfortable viewing distance of 25 cm, the minimum separation between two objects than human eye can resolve at 500nm wavelength is :

Assuming human pupil to have a radius of 0.25 cm and a comfortable viewing distance of 25 cm, the minimum separation between two objects than human eye can resolve at 500nm wavelength is :

Assuming human pupil to have a radius of 0.25 cm and a comfortable viewing distance of 25 cm, the minimum separation between two objects than human eye can resolve at 500nm wavelength is :

Assuming human pupil to have a radius of 0.25 cm and a comfortable viewing distance of 25 cm, the minimum separation between two objects that human eye can resolve at 500 nm wavelength is

Assuming that the human pupil has a radius of 0.25 cm and a comfortable viewing distance of 25 cm. The minimum separation between two point object that the human eye can resolve for the light of wavelength 500 nm is

Calculate the energy of one of the photons of a beam of light having wavelength 25.0 mu m.

A person is viewing two red dots at a distance of 1000 m . What should be the minimum distance between dots so the his eye can resolce two dots separately. ("take" : lambda_(red) + 700 nm, "pupil dia" = 2.5 mm)

A person is viewing two red dots at a distance of 1000 m . What should be the minimum distance between dots so the his eye can resolce two dots separately. ("take" : lambda_(red) + 700 nm, "pupil dia" = 2.5 mm)