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Decomposition of non-volatile solute 'A'...

Decomposition of non-volatile solute 'A' into another non-volatile solute B and C, when dissolved in water follows first order kinetics as :
`A to 2B + C `
when one mole of A is dissolved in 180 gm of water and left for decomposition, the vapour pressure of solution was found to be 20 mm Hg after 12 hrs. Determine the vapour pressure of the solution (in mm of Hg) after 24 hars Assume constant temperature of `25^(@) C,` throughout . The vapour pressure of pure water at `25^(@) C ` is 24mm Hg.
[Fill your answer by multiplying it with 100]

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Decomposition of non-volatile solute 'A' into another non-volatile solute B and C , when dissolved in water follows first order kinetics as A to 2B + C . Vapour pressure of a solution in which 1 mole of A was dissolved in 180 g of water was found to be 20 mm of Hg after 12 hrs . What will the vapour pressure after 24 hrs ? [Given : Vapour pressure of H_(2)O at the given temperature = 24 mm Hg ]

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