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Two beaker A and B present in a closed v...

Two beaker A and B present in a closed vessel. Beaker A contains 152.4 g aqueous soulution of urea, containing 12 g of urea. Beaker B contain 196.2 g glucose solution, containing 18 g of glocose. Both solution allowed to attain the equilibrium. Determine mass % of glocose in its solution at equilibrium allowed to attain the equilibrium :

A

6.71

B

14.49

C

16.94

D

20

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The correct Answer is:
b
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Two beaker A and B present in a closed vessel. Beaker A contains 152.4g aqueous solution of urea, containing12g of urea. Beaker B contains 196.2g glucose solution, containing 18g of glucose. Both solution allowed to attain the equilibrium. Determine wt. % of glucose in it's solution at equilibrium:

Two beaker A and B present in a closed vessel. Beaker A contains 152.4 g aqueous solution of urea, containing 12 g of urea. beaker B contains 196.2 g glucose solution, containing 15 g of glucose. Both solutions allowed to attain the equilibrium. The mass % of glucose in its solution at equilibrium is

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  • Two beaker A and B present in a closed vessel. Beaker A contains 152.4 g aqueous solution of urea, containing 12 g of urea. Beaker B contains 196.2 g glucose solution, containing 18 g of glucose. Both solutions allowed to attain the equilibrium. Determine wt. % of glucose in its's soltuion at equilibrium:

    A
    6.71
    B
    14.49
    C
    16.94
    D
    20

  • An aqueous solution containing 1 g of urea boils at 100.25 °C. The aqueous solution containing 3 g of glucose in the same volume will boil at

    A
    `100.75^@C`
    B
    `100.5^@C`
    C
    `100^@C`
    D
    `100.25^@C`

  • An aqueous solution containing 1g of urea boils at 100.25^(@)C . The aqueous solution containing 3g of glucose in the same volume will boil be

    A
    `100.75^(@)C`
    B
    `100.5^(@)C`
    C
    `100^(@)C`
    D
    `100.25^(@)C`

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