If a compound microscope m 1 m 2 be the linear magnification of the objective lens and eye lens respectively then magnifying power of the compound microscope will be:

Question

If a compound microscope m 1 m 2 be the linear magnification of the objective lens and eye lens respectively then magnifying power of the compound microscope will be: (A) m1-m2 (B) √m1+m2 (C) (m1 m2/2) (D) m1 m2

Tardigrade Admin · Accepted Answer

Magnification of compound microscope m =(- V o / u o ) × ( D / u e ) m 1= m 0 × m e m = m 1 × m 2

Q. If a compound microscope $m_{1} & m_{2}$ be the linear magnification of the objective lens and eye lens respectively then magnifying power of the compound microscope will be:

$m_{1} - m_{2}$

$m_{1} + m_{2}$

$\frac{m _{1} m _{2}}{2}$

$m_{1} m_{2}$

Magnification of compound microscope
$m = \frac{- V _{o}}{u _{o}} \times \frac{D}{u _{e}}$
$m_{1} = m_{0} \times m_{e}$
$m = m_{1} \times m_{2}$

Q. If a compound microscope m1​&m2​ be the linear magnification of the objective lens and eye lens respectively then magnifying power of the compound microscope will be:

m1​−m2​

m1​+m2​​

2m1​m2​​

m1​m2​