0.395 g of a volatile liquid gives 27.3 cc vapour collected over water at 25oC and 720 mm pressure. Aqueous Tension at 25oC is 23.1 mm. Calculate the molecular weight of the liquid.
481See the total pressure will be (720-23.1)=696.9mm i.e 697mm=0.917 atm
Now apply PV=nRT
I hope u understand(the calculation is bit big).....
Aniq Ur Rahman I did it but the answer is 0.5 g (But I'm shocked to see such figures for the molecular wt.)Anurag Ghosh Wats d answer given in the book???Aniq Ur Rahman I got it. It's Victor Meyer's Experiment. :)
This was given by my school teacher (Assignment).
He did not tell us the answer.481Victor Meyer's test or experiment???.....If its test then u will be learning it in class 12 in organic........And how did u get d answer by d way???Is d answer differing from mine one's??
Aniq Ur Rahman I checked P. Bahadur. The mistake that I was making was not taking the correct units. What's your answer?Anurag Ghosh P.Bahadur question no.??Aniq Ur Rahman In Gaseous State, the first 10 questions (I dont exactly remember the number)