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1 litre of aqueous solution of Urea having density 1.06 gram/ml is found to have an elevation in b.p. of 0.5°C. If temperature of the solution increases to 101.5°C, then calculate the amount of water that must have gone to vapour state upto this point of temperature. Given-B.P. Elevation constant for water is 0.5°C/molal.

1 litre of aqueous solution of Urea having density 1.06 gram/ml is found to have an elevation in b.p. of 0.5°C. If temperature of the solution increases to 101.5°C, then calculate the amount of water that must have gone to vapour state upto this point of temperature. Given-B.P. Elevation constant for water is 0.5°C/molal.

Grade:12

1 Answers

Ravleen Kaur
askIITians Faculty 1452 Points
4 years ago
Please go through the link it will help you in solving question.

https://www.askiitians.com/iit-jee-solutions-colligative-properties/

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