100 g C6H12O6(aq.) is dissolved in water. The solution has vapour pressure is equal to 40 torr at a certain temperature. Vapour pressure of H2O (l) is 40.18 torr at same temperature. If this solution is cooled to−0.93 ∘C, what mass of ice will be separated out? (Kf=1.86kgmol−1)(Give your answer upto two decimal point)

100 g C6H12O6(aq.) is dissolved in water. The solution has vapour pres

1.	100 g C6H12O6(aq.) is dissolved in water. The solution has vapour pressure is equal to 40 torr at a certain temperature. Vapour pressure of H2O (l) is 40.18 torr at same temperature. If this solution is cooled to−0.93 ∘C, what mass of ice will be separated out? (Kf=1.86kgmol−1)(Give your answer upto two decimal point)
Answer» $100 g$ $C_{6} H_{12} O_{6} (a q .)$ is dissolved in water. The solution has vapour pressure is equal to $40 torr$ at a certain temperature. Vapour pressure of $H_{2} O$ (l) is $40.18 torr$ at same temperature. If this solution is cooled to $- 0.93^{\circ} C,$ what mass of ice will be separated out? $(K_{f} = 1.86 k g m o l^{- 1})$ (Give your answer upto two decimal point)