An ideal solution was prepared by dissolving some amount of can sugar (non-volatile) in 0.9 moles of water. The solution

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Q 2643767643.     An ideal solution was prepared by dissolving some amount of can sugar (non-volatile) in 0.9 moles of water. The solution was then cooled just below its freezing temperature (271 K) where some ice get separated out. The remaining aqueous solution registered a vapour pressure of 700 torr at 373 K. Calculate the mass of ice separated out, if the the molar heat of fusion water is 6 kJ.

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