For an eye in which the pupil has a radius of 3.0 mm, what is the smallest angul

Question

For an eye in which the pupil has a radius of 3.0 mm, what is the smallest angular separation that can be resolved when two violet ( = 400 nm) objects are placed side by side?

(Answer is not 8.13*10^-5)

What is the smallest angular separation that can be resolved when two red ( = 650 nm) objects are placed side by side?

When the objects are 150 m away from this eye, what minimum linear separation distance is needed for resolution of the two violet objects?

When the objects are 150 m away from this eye, what minimum linear separation distance is needed for resolution of the two red objects?

Explanation / Answer

1.22×/D

1.22×(4*10^-7) / (6*10^-3)

8.133*10^-5

this is the correct answer.

2)

1.22×/D

1.22*(65*10^-8) / (6*10^-3)

1.321*10^-4

You are not supposed to ask more than one question in one turn.

i have answered your 2 questions anyway.

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