New answers tagged concentration
1
Yes , the solute particles are homogeneously spread throughout solution so when we take a spoonful of solution , the number of solute particles in the spoon is less than those which were present in solution.
Molarity is an intensive property of a solution so it remains same no matter you calculate it by taking a solution filled beaker or by taking only a ...
2
Molarity is simply a ratio between the number of mols of a solute within a liter of solvent. So, a 1M solution tells us that there is one mol of solute per liter of solvent. If I take half a liter, 0.5 L, I will also take along with that half-liter 0.5 mols of solute. However, the molarity hasn't changed, as it is still 1M.
If your question is: are there ...
-1
From Wikipedia:
Osmolarity = osmolality * (ρsol − ca)
where:
ρsol is the density of the solution in g/ml, which is 1.025 g/ml for blood plasma.[5]
ca is the (anhydrous) solute concentration in g/ml – not to be confused with the density of dried plasma
p.s. I am surprised that the osmolarity and osmolality differ that much in numeric value. For other (non-...
Top 50 recent answers are included