M(dextrose) = 50 g. V(solution) = 1 L. n(dextrose) = 50 g ÷ 180 g/mol. n(dextrose) = 0,27 mol. Osmotic concentration (osmolarity)<span> is a measure of how many </span><span>osmoles of particles of solute</span><span> it contains </span>per liter. The osmolarity = n(dextrose) ÷ V(solution). The osmolarity = 0,27 mol ÷ 1 L. The osmolarity = 0,27 mol/L · 1000 mmol/m. The osmolarity (dextrose) = 270 mosm/L. The osmolarity (dextrose monohydrate) = 50 g÷197 g/mol·1000 =254mosm/L
The answer is 252 mOsm/L. when Osmolarity is (the osmotic concentration) which measure of solute concentration as it is the number of (OSM) of solute per L of the solution.
According to the equation of osmolarity for nonelectrolytes (dextrose: glucose monohydrate): Osmolarity = (g/L) / MW x 1000 when the MW of glucose monohydrate = 198.17 so, by substitute: ∴ Osmolarity = 50 (g/L) / 198.17 x 1000 = 252 mOsm/L