The boiling point of water (\[{{100}^{o}}C\]) becomes \[{{100.52}^{o}}C\], if 3 grams of a nonvolatile solute is dissolved in \[200ml\] of water. The molecular weight of solute is (\[{{K}_{b}}\] for water is \[0.6\,K-m\]) [AIIMS 1998]

The boiling point of water (\[{{100}^{o}}C\]) becomes \[{{100.52}^{o}}

1.	The boiling point of water (\[{{100}^{o}}C\]) becomes \[{{100.52}^{o}}C\], if 3 grams of a nonvolatile solute is dissolved in \[200ml\] of water. The molecular weight of solute is (\[{{K}_{b}}\] for water is \[0.6\,K-m\]) [AIIMS 1998]
A.	\[12.2\,g\,mo{{l}^{-1}}\]
B.	\[15.4\,g\,mol\]
C.	\[17.3\,g\,mo{{l}^{-1}}\]
D.	\[20.4\,g\,mol\]
Answer» D. \[20.4\,g\,mol\]

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The boiling point of water (\[{{100}^{o}}C\]) becomes \[{{100.52}^{o}}C\], if 3 grams of a nonvolatile solute is dissolved in \[200ml\] of water. The molecular weight of solute is (\[{{K}_{b}}\] for water is \[0.6\,K-m\]) [AIIMS 1998]

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