According to Henry's law the partial pressure of the gas in vapour phase (p) is proportional to the mole fraction of the gas (x) in the solution . For different gases the correct statement about Henry's constant is

According to Henry's law, the partial pressure of gas (p'_(g)) is directly proportional to mole fraction of gas in dissolved state, i.e., P_("gas")'=K_(H),X_("gas") where K_(H) is Henry's constant. Which are correct?

According to Henry's law, the partial pressure of gas (p'_(g)) is directly proportional to mole fraction of gas in dissolved state, i.e., P_("gas")'=K_(H),X_("gas") where K_(H) is Henry's constant. Which are correct?

According to Henry's law, the partial pressure of gas (p'_(g)) is directly proportional to mole fraction of gas in dissolved state, i.e., P_("gas")'=K_(H),X_("gas") where K_(H) is Henry's constant. Which are correct?

For the mixture of gases in equilibrium with a liquid, how is the partial pressure of the gas is related to the mole fraction of the gas in the solution.

Which statement is correct about Henry's law ?

According to Henry's Law , the partial pressure of gas (P_(g)^(1)) is directly , propotional to molefraction of gas in dissolved state , i.e. , P_("gas")^(1)=K_(H).X_("gas") . Which are correct .

According to Henry’s law amount of gas dissolved in a liquid is ____ with pressure

According to Henry’s law P_(gas) = K_H xx ______.

According to Henry's law, the solubility of a gas in a given volume of liquid increases with increase in