Vapour pressure of \[CC{{l}_{4}}\] at \[{{25}^{o}}C\] is \[143mm\] of \[Hg\,0.5\,gm\] of a non-volatile solute (mol. wt. = 65) is dissolved in \[100\,ml\,CC{{l}_{4}}\]. Find the vapour pressure of the solution (Density of \[CC{{l}_{4}}=1.58\,g/c{{m}^{2}}\]) [CBSE PMT 1998]

Vapour pressure of \[CC{{l}_{4}}\] at \[{{25}^{o}}C\] is \[143mm\] of

1.	Vapour pressure of \[CC{{l}_{4}}\] at \[{{25}^{o}}C\] is \[143mm\] of \[Hg\,0.5\,gm\] of a non-volatile solute (mol. wt. = 65) is dissolved in \[100\,ml\,CC{{l}_{4}}\]. Find the vapour pressure of the solution (Density of \[CC{{l}_{4}}=1.58\,g/c{{m}^{2}}\]) [CBSE PMT 1998]
A.	\[141.43\,mm\]
B.	\[94.39\,mm\]
C.	\[199.34\,mm\]
D.	\[143.99\,mm\]
Answer» B. \[94.39\,mm\]

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Vapour pressure of \[CC{{l}_{4}}\] at \[{{25}^{o}}C\] is \[143mm\] of \[Hg\,0.5\,gm\] of a non-volatile solute (mol. wt. = 65) is dissolved in \[100\,ml\,CC{{l}_{4}}\]. Find the vapour pressure of the solution (Density of \[CC{{l}_{4}}=1.58\,g/c{{m}^{2}}\]) [CBSE PMT 1998]

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