As temperature increases,the value of K_H inc | vedclass

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(B) According to Henry's Law,the solubility of a gas in a liquid is given by the relation $P = K_H 	imes x$,where $P$ is the partial pressure of the

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Decrease

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(B) According to Henry's Law,the solubility of a gas in a liquid is given by the relation $P = K_H 	imes x$,where $P$ is the partial pressure of the gas,$K_H$ is Henry's law constant,and $x$ is the mole fraction of the gas in the solution.Rearranging for solubility $(x)$,we get $x = P / K_H$.Since $K_H$ is in the denominator,as the temperature increases,$K_H$ increases,which leads to a decrease in the solubility $(x)$ of the gaseous solute.

As temperature increases,the value of $K_H$ increases,thus the value of solubility of a gaseous solute will $ . . . . . . $.

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