The only incorrect statement regarding Henry' | vedclass

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(A) Henry's law states that $p = K_H \cdot x$,where $p$ is the partial pressure of the gas,$K_H$ is Henry's law constant,and $x$ is the mole fraction

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The value of $K_H$ is greater for $O_2$ than $H_2$ at same temperature

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(A) Henry's law states that $p = K_H \cdot x$,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.$1$. $K_H$ is a function of the nature of the gas. For different gases at the same temperature,$K_H$ values differ.$2$. Henry's law is applicable to gases that do not react chemically with the solvent. $HCl_{(g)}$ is highly soluble in water and reacts to form $H_3O^+$ and $Cl^-$,thus it does not follow Henry's law.$3$. Henry's law is valid for gases with low solubility.$4$. $K_H$ increases with an increase in temperature,which explains why gases become less soluble at higher temperatures.$5$. Comparing $O_2$ and $H_2$,$K_H$ for $O_2$ is actually lower than $H_2$ at the same temperature,making option $A$ the incorrect statement.

The only incorrect statement regarding Henry's law for a gas dissolving in water is

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