Match the following. List-I List-II | vedclass

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(B) The correct matches are as follows:$(A)$ Azeotrope: These are constant boiling mixtures that show significant deviation from Raoult's law. Thus,$(

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$A-IV, B-II, C-III, D-I$

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(B) The correct matches are as follows:$(A)$ Azeotrope: These are constant boiling mixtures that show significant deviation from Raoult's law. Thus,$(A-IV)$.$(B)$ Henry's law: It states that the partial pressure of a gas is proportional to its mole fraction,$p = K_H x$. Thus,$(B-II)$.$(C)$ Cryoscopic constant $(K_f)$: It is defined as the depression in freezing point per unit molality,$K_f = \Delta T_f / m$. Thus,$(C-III)$.$(D)$ Van't Hoff factor $(i)$: It is used to calculate colligative properties for electrolytes,e.g.,$\Delta T_b = i K_b m$. Thus,$(D-I)$.Therefore,the correct sequence is $(A-IV, B-II, C-III, D-I)$.

List-$I$	List-$II$
$(A)$ Azeotrope	$(I)$ $\Delta T_b = i K_b m$
$(B)$ Henry's law	$(II)$ $p = K_H x$
$(C)$ Cryoscopic constant	$(III)$ $\Delta T_f / m$
$(D)$ Van't Hoff factor	$(IV)$ Deviation from Raoult's law
	$(V)$ $\pi = CRT$

List-$I$	List-$II$
$A$. Solution of chloroform and acetone	$I$. Minimum boiling azeotrope
$B$. Solution of ethanol and water	$II$. Dimerizes
$C$. Solution of benzene and toluene	$III$. Maximum boiling azeotrope
$D$. Solution of acetic acid in benzene	$IV$. $\Delta V_{mix}=0$

Match the following.

List-$I$ List-$II$

$(A)$ Azeotrope $(I)$ $\Delta T_b = i K_b m$

$(B)$ Henry's law $(II)$ $p = K_H x$

$(C)$ Cryoscopic constant $(III)$ $\Delta T_f / m$

$(D)$ Van't Hoff factor $(IV)$ Deviation from Raoult's law

$(V)$ $\pi = CRT$

The correct answer is

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Match the following. List-$I$ List-$II$ $(A)$ Azeotrope $(I)$ $\Delta T_b = i K_b m$ $(B)$ Henry's law $(II)$ $p = K_H x$ $(C)$ Cryoscopic constant $(III)$ $\Delta T_f / m$ $(D)$ Van't Hoff factor $(IV)$ Deviation from Raoult's law $(V)$ $\pi = CRT$ The correct answer is