question_answer

Match the columns

	Column-I		Column-II
[A]	\[\frac{x}{m}=k{{c}^{{1}/{n}\;}}\]	(p)	Adsorption varies directly with pressure
[B]	\[\log \frac{x}{m}=\log k+\frac{1}{n}\log p\left( \frac{1}{n}=0 \right)\]	(q)	Adsorption from solution phase
[C]	\[\log \frac{x}{m}=\log k+\frac{1}{n}\log p\left( \frac{1}{n}=1 \right)\]	(r)	Freudlich isotherm cannot be explained
[D]	\[\frac{x}{m}=k{{p}^{{1}/{n}\;}}\]	(s)	Adsorption is (high pressure) independent of pressure

A) A\[\to \](q), B\[\to \](s), C\[\to \](p), D\[\to \](r)

B) A\[\to \](q), B\[\to \](p), C\[\to \](s), D\[\to \](r)

C) A\[\to \](r), B\[\to \](p), C\[\to \](s), D\[\to \](q)

D) A\[\to \](r), B\[\to \](s), C\[\to \](p), D\[\to \](q)