In a compound microscope,the magnification is | vedclass

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(A) The total magnification $(M)$ of a compound microscope is given by the formula: $M = (L/f_o) 	imes (D/f_e)$,where $L$ is the tube length,$f_o$ is

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Numerical aperture

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(A) The total magnification $(M)$ of a compound microscope is given by the formula: $M = (L/f_o) 	imes (D/f_e)$,where $L$ is the tube length,$f_o$ is the focal length of the objective lens,$f_e$ is the focal length of the eyepiece,and $D$ is the least distance of distinct vision. Numerical aperture $(NA)$ is a measure of the light-gathering ability and resolving power of the lens,defined as $NA = n \sin(	heta)$. While magnification depends on the focal lengths of the lenses and the tube length,the numerical aperture is primarily related to the resolution of the microscope,not the magnification itself.

Column-$I$	Column-$II$
$A$. Vacuole	$i$. Krebs cycle
$B$. Mitochondria	$ii$. Photosynthesis
$C$. Golgi body	$iii$. Excretion
$D$. Chloroplast	$iv$. Synthesis site of glycolipid and glycoprotein

In a compound microscope,the magnification is $NOT$ consistent with which of the following?

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Match the following.
Column-$I$ Column-$II$
$A$. Vacuole $i$. Krebs cycle
$B$. Mitochondria $ii$. Photosynthesis
$C$. Golgi body $iii$. Excretion
$D$. Chloroplast $iv$. Synthesis site of glycolipid and glycoprotein

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