When the object is self-luminous, the resolving power of a microscope is given by the expressionA. `(2mu sin theta)/(1.22 lambda)`B. `(mu sin theta)/(lambda)`C. `(2mu cos theta)/(1.22 lambda)`D. `(2mu)/(lambda)`

When the object is self-luminous, the resolving power of a microscope

1.	When the object is self-luminous, the resolving power of a microscope is given by the expressionA. `(2mu sin theta)/(1.22 lambda)`B. `(mu sin theta)/(lambda)`C. `(2mu cos theta)/(1.22 lambda)`D. `(2mu)/(lambda)`
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When the object is self-luminous, the resolving power of a microscope is given by the expressionA. `(2mu sin theta)/(1.22 lambda)`B. `(mu sin theta)/(lambda)`C. `(2mu cos theta)/(1.22 lambda)`D. `(2mu)/(lambda)`

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