It is directly proportional to the concentration of particles in a solution.
Because the increase of the boiling point depends only on the concentration of the solute, and not depends on the nature of the solute.
It doesn't matter what size the sample is, it will always have the same boiling point.
The increase in boiling point that accompanies the increased percentage of solute in a solution is a colligative property.
osmotic pressure
to tell you the truth no one is gonna answer you. in fact i need that answer right now. \
Colligative properties are properties of solutions that depend on the number of molecules in a given volume of solvent and not on the properties (e.g. size or mass) of the molecules. -Wikipedia
Yes. This is a known colligative property and the b.p. will go up by 0.52ΒΊC for every molal concentration of solute times the number of particles in the solute (van't Hoff factor).
No, because pure water is not a solution and colligative properties apply only to solutions.
The lowering of the vapor pressure is a colligative property.
Colligative properties depends upon concentration of the solute.
vapour pressure lowering
No
The opposite of a colligative property is a property of a solution that depends upon the identity of the solute and not the concentration of the solute molecule or ions.
Colligative Properties
No, salt will increase boilingpoint of water depending on concentration. This is an colligative property like 'lowering freezing point' by salt dissolution also is.
This is a colligative property.
Colligative Property! :)
It is Osmotic Pressure..
osmotic pressure
In chemistry, colligative properties are properties of solvents which are affected by the number of particles into which a solute separates when solute and solvent are mixed. The solvent is actually affected by how much you put into a solute, not the actual particle.