How to find a boiling point?

Please explain why we should do your homework, which you have copied and pasted?

If I tell you, will you still love me tomorrow?

Re: How to find a boiling point?


Do you own an osmometer?

This very diligent student has actually been posting this question all over the net.

It is possible to find the boiling point of a liquid from Raoult's law and the Clausius-Clapeyron equation.

To find the osmotic pressure use this formula: TT V= nRT

Place thermometer in solution, heat solution until it boils, record temperature.

I think the idea of the exercise is to calculate the theoretical boiling point and the osmotic pressure of the solution, at STP although the poster doesn't state that.

Boiling acetone? stick a thermometer in it & record temperature? puh-leese! (Cough! Cough! Drops dead)

Nah- first you get six double gins down 'em.

Then you- Oh never mind- it would take too long to explain in a short post such as this is intended to be. It's quicker doing it.

well, you should use the Osmosic Pressure =MRT
M-Molar
R=8.314kj/mol
T- temperature in Kelvin
so, Molarity=Mol/volume of solvent.
10%= 10g
SCl4 32.1+(35.45 x4)=173.9 g/mol Mol=10g/173.9=0.057504 mol
V- Volume
V=mass/density (remember density is 1.02 g/ml)
V=10g/1.o2g/ml=9.804ml
Temperature= 273K
Molarity=(0.057504 mol) /(9.804 mol/ml) =0.0058654M
Osmosic Pressure=0.0058654M x8.314kj/mol x273k=13.3 KJ

Surena, this thread was last active 4 years ago!