Question

How to calculate osmotic pressure of blood?

Answer 1

Osmotic pressure = n x (c/M) x RT

n is the number of particles into which the substance dissociates ( n = 1 for plasma proteins)

c is the concentration in G/l.

M is the MW of the molecules.

c/M is thus the molar concentration of the substance (mol/l)

R is the universal gas constant.

T is the absolute temperature (K)

Answer 2

Osmotic pressure = n x (c/M) x RT

Osmotic pressure = n x (c/M) x RTn is the number of particles into which the substance dissociates ( n = 1 for plasma proteins)

Osmotic pressure = n x (c/M) x RTn is the number of particles into which the substance dissociates ( n = 1 for plasma proteins)c is the concentration in G/l.

Osmotic pressure = n x (c/M) x RTn is the number of particles into which the substance dissociates ( n = 1 for plasma proteins)c is the concentration in G/l.M is the MW of the molecules.

Osmotic pressure = n x (c/M) x RTn is the number of particles into which the substance dissociates ( n = 1 for plasma proteins)c is the concentration in G/l.M is the MW of the molecules.c/M is thus the molar concentration of the substance (mol/l)

Osmotic pressure = n x (c/M) x RTn is the number of particles into which the substance dissociates ( n = 1 for plasma proteins)c is the concentration in G/l.M is the MW of the molecules.c/M is thus the molar concentration of the substance (mol/l)R is the universal gas constant.

Osmotic pressure = n x (c/M) x RTn is the number of particles into which the substance dissociates ( n = 1 for plasma proteins)c is the concentration in G/l.M is the MW of the molecules.c/M is thus the molar concentration of the substance (mol/l)R is the universal gas constant.T is the absolute temperature (K)