Tag: cell: size and differentiation

Micron

Angstrom

Nanometre

All of the above.

$1/100$mm

$1/1000$mm

$1/10000$mm

$1/1,00,000$mm.

Nanometre, nm.

Angstrom, A$^o$.

Micrometre, $\mu$m.

Micron $\mu$.

$0.01\mu$m.

$0.001\mu$m.

$0.0001\mu$m.

$0.00001\mu$m.

$10^{-5}$mm.

$10^{-6}$mm.

$10^{-7}$mm.

$10^{-8}$mm.

Electrophoresis can help separate proteins.

Image formed by compound microscope is vertical and erect.

An angstrom is one-hundredth of a micron.

Unstained living cells can be studied with the help of a phase-contrast microscope.

$10^{-10}$m.

$10^{-12}$m.

$10^{-6}$m.

$10^{-3}$m.

nm

mm

$\overset{o}{A}$

$\mu$m

$10^{-9}$g.

$10^{-9}$mg.

$10^9$mg.

$10^9$g.

5 X, 5 X

5 X, 10 X

10 X, 45 X

10 X, 100 X