What will be the expression for the angular magnification produced by the telescope?

m_{θ} = \frac{f_{e}}{f_{o}}

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m_{θ} = \frac{f_{o}}{f_{e}}

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m_{θ} = \frac{1 + f_{e}}{f_{o}}

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m_{θ} = \frac{1 + f_{o}}{f_{e}}

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Solution

The correct option is B $m_{θ} = \frac{f_{o}}{f_{e}}$
Hey, you know the definition of angular magnification; $m_{θ} = \frac{θ_{i}}{θ_{o}}$ . Use this and try to derive the angular magnification for the microscope, take 2-3 minutes. Then proceed to the next video for the explanation.

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Similar questions

What will be the expression for the angular magnification produced by the telescope?

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Q. An optical instrument used for angular magnification has a 25 D objective and 20 D eyepiece. The tube length is 25 cm when the eye is least strained. (a) Whether it is a microscope or a telescope? (b) What is the angular magnification produced?

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What will be the expression for the angular magnification produced by the telescope?

The correct option is B mθ=fofeHey, you know the definition of angular magnification; mθ=θiθo. Use this and try to derive the angular magnification for the microscope, take 2-3 minutes. Then proceed to the next video for the explanation.

The correct option is B $m_{θ} = \frac{f_{o}}{f_{e}}$
Hey, you know the definition of angular magnification; $m_{θ} = \frac{θ_{i}}{θ_{o}}$ . Use this and try to derive the angular magnification for the microscope, take 2-3 minutes. Then proceed to the next video for the explanation.