24. In Victor Meyer's Method, 0.2 gm of an organic compound displaced 56 mL of air at S.T.P. The molecular weight of compound is

Open in App

Solution

Suggest Corrections

Similar questions

Q. In Victor Mayer's method,

0.2 g

of an organic substance displaced

56 m L

of air at STP, the molecular weight of the compound is :

Q. In Victor Mayer's method,

0.2

g of a volatile compound on volatilisation gave

56

ml of vapour at STP. Its molecular weight is :

Q. A volatile organic compound weighing

0.2

g, on heating in Victor Meyer's tube, displaced

30

mL of air at

27^{0} C

and

756

mm atmospheric pressure. Determine the molecular mass of the compound (Aqueous tension at

27^{0} C = 26

mm).

116

mg of a compound on vaporization in a Victor Meyers apparatus displaces

44.8

mL of air measured at STP. What is the molecular mass of the compound?

In Victor Meyers experiment, $0.23$ g of a volatile solute displaced air which measures $112$ ml at NTP. Calculate the vapour density and molecular weight of the substance.

Join BYJU'S Learning Program