A) Raoults law
B) Kohlrausch law
C) Henrys law
D) None of the above
Correct Answer: C
Solution :
The given statement is based upon Henrys law. Henrys law is application of the distribution law for the equilibrium between gas and its solution in liquid. \[{{C}_{1}}=\]concentration of gas in liquid \[{{C}_{2}}=\] concentrationin in vapour form \[k=\frac{{{C}_{1}}}{{{C}_{2}}}\] If m is the mass of gas dissolved by unit volume of solvent at equilibrium pressure \[p,\]then \[m\propto p\] \[m={{K}_{H}}p\] \[{{K}_{H}}=\]Henrys constant
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