NO₂CH₂COOH > FCH₂COOH > CNCH₂COOH > ClCH₂COOH

FCH₂COOH > NCCH₂COOH > NO₂CH₂COOH > ClCH₂COOH

CNCH₂COOH > O₂NCH₂COOH > FCH₂COOH > ClCH₂COOH

NO₂CH₂COOH > NCCH₂COOH > FCH₂COOH > ClCH₂COOH

A $$ \to $$ R;  B $$ \to $$ P;  C $$ \to $$ S;  D $$ \to $$ Q

A $$ \to $$ Q;  B $$ \to $$ S;  C $$ \to $$ P;  D $$ \to $$ R

A $$ \to $$ R;  B $$ \to $$ S;  C $$ \to $$ P;  D $$ \to $$ Q

A $$ \to $$ Q;  B $$ \to $$ P;  C $$ \to $$ S;  D $$ \to $$ R

CHBr₃

CHI₃

CH(CN)₃

CHCl₃

Higher the value of K_H at a given pressure, higher is the solubility of the gas in the liquids

Different gases have different K_H (Henry's law constant) values at the same temperature.

The partial pressure of the gas in vapour phase is proportional to the mole fraction of the gas in the solution.

The value of K_H increases with increase of temperature and K_H is function of the nature of the gas