The osmotic pressure of blood is 7 . 47 bar at 300K . To inject...

Osmotic pressure, $\pi = iCRT$

$i =$ van't hoff factor

$C =$ concentration in molarity

$R =$ universal gas constant

$T =$ temperature

$C =$ Molarity

$= \dfrac{moles}{Litre}$

$= \dfrac{\omega}{GM \omega} / Litre$

$\pi = iCRT$

$i = 1forglucose$ as it neither associates nor dissociates in solution.

$7 . 47 = 1 \times C \times 0 . 083 \times 300$

$7 . 47 = 1 \times \dfrac{\omega}{180} \times 0 . 083 \times 300$

$\omega = \dfrac{7 . 47 \times 180}{0 . 083 \times 300} = 54g / Lit$