An aqueous solution of X is added slowly to an aqueous solution of Y as shown in List I. The variation in conductivity of these reactions is given in List II. Match the List I with List II and select the correct using the code given below the lists:
LIST-I LIST-II
p) $\begin{array}{l} {(C_{2} H_{5})}_{3} N + C H_{3} C O O H \\ X Y \end{array}$ 1) Conductivity decreases and then increases
Q) $\begin{array}{l} K I (0.1 M) + A g N O_{3} (0.01 M) \\ X Y \end{array}$ 2) Conductivity decreases and then does not change much
R) $\begin{array}{l} C H_{3} C O O H + K O H \\ X Y \end{array}$ 3) Conductivity increases and then does not change much
S) $\begin{array}{l} N a O H + H I \\ X Y \end{array}$ 4) Conductivity does not change much and then increases

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P-2; Q-3; R-4; S-1

P-1; Q-4; R-3; S-2

P-3; Q-4; R-2; S-1

P-4; Q-3; R-2; S-1

answer is A.

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	LIST-I		LIST-II
p)	$\begin{array}{l} {(C_{2} H_{5})}_{3} N + C H_{3} C O O H \\ X Y \end{array}$	1)	Conductivity decreases and then increases
Q)	$\begin{array}{l} K I (0.1 M) + A g N O_{3} (0.01 M) \\ X Y \end{array}$	2)	Conductivity decreases and then does not change much
R)	$\begin{array}{l} C H_{3} C O O H + K O H \\ X Y \end{array}$	3)	Conductivity increases and then does not change much
S)	$\begin{array}{l} N a O H + H I \\ X Y \end{array}$	4)	Conductivity does not change much and then increases