In a compound microscope,the objective of focal length ${f_o}$ and the eyepiece of focal length ${f_e}$ are placed at a distance $L$ such that $L$ equals:

  • A
    ${f_o} + {f_e}$
  • B
    ${f_o} - {f_e}$
  • C
    Much greater than ${f_o}$ or ${f_e}$
  • D
    Much less than ${f_o}$ or ${f_e}$

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Similar Questions

Obtain the magnification for the image formed at infinity for a simple microscope.

The least distance of distinct vision is $25 \ cm$. Find the magnifying power of a simple microscope of focal length $5 \ cm$ if the final image is formed at the least distance of distinct vision.

Which of the following statements are true in the context of a Compound Microscope?
$(A)$ Each lens produces a virtual and inverted image.
$(B)$ The objective has a very short focal length.
$(C)$ The eyepiece is used as a simple magnifying glass.
$(D)$ The objective and eyepiece are convex and concave lenses respectively.

Maximum magnification produced by a simple microscope of focal length $f=5 \,cm$ is

The intermediate image formed by the objective of a compound microscope is

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