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  • If =Resolving power of optical instruments and <img alt="R_l=" src="https://learn.careers360.com/latex-image/?R_l

If R_p=Resolving power of optical instruments and R_l=Resolving limit of optical instruments then R_p and R_l are related as 

Option: 1

R_p \ \alpha \ R_l


Option: 2

R_p \ \alpha \ \frac{1}{R_l}


Option: 3

R_p \ \ \alpha \ R_l^3


Option: 4

R_p \ \ \alpha \ R_l^2


Answers (1)

best_answer

As we learned

 

 

Resolving power of optical instruments -

Resolving power of optical instruments: 

Resolving power of an optical instrument is its ability to resolve or seperate the images of two nearby point objects so that they can be distinctly seen.

In refrence to a microscope, the minimum distance between two lines at which they are just distinct is called resolving limit (RL) and it's reciprocal is called Resolving power (RP).

I.e R_p \ \alpha \ \frac{1}{R_l}

So the correct option is 2.

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mansi

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