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Characteristics of Particles of Matter

equimolar mix...

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equimolar mixture of A and B form an ideal solution at 300K. The vapour of this solution is condensed in second container and temperature is maintained at 300K. The vapour of second container is condensed into third container and temperature is maintained at 300K. If total vapour pressure of solution in third container in x mmHg. the value of x/9 is [pnot A =100 and pnotB = 200]

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X

Y

form an ideal solution. At

300 K

, vapour pressure of the solution containing

1 m o l

X

3 m o l

Y

550 m m H g

. At the same temperature, if

1 m o l

Y

is further added to this solution, vapour pressure of the solution increases by

10 m m H g

. Vapour pressure (in

m m H g

X

Y

in their pure states will be ______ respectively.

X

Y

from an ideal solution. At

300 K

, a vapour pressure of the solution containing

1

X

3

Y

550

m m H g

. At the same temperature, if

1

Y

is further added to this solution, a vapour pressure of the solution increased by

10

m m H g

. Vapour pressure ( in mmHg) of

X

Y

in their pure states will be respectively:

A

B

form ideal solutions. At

300 K

, the vapour pressure of solution containing

1

A

3

B

550 m m H g

. At the same temperature, if one more mole of

B

is added to this solution, the vapour pressure of the solution increases by

10 m m H g

. Determine the vapour pressure of

A

B

in the pure states (in

m m H g

A

B

form an ideal solution. What is the vapour pressure of solution containing

2

A

3

B

300 K

300 K

, vapour pressure of pure liquid

A (P_{A}^{\circ}) = 100 t o r r

, Vapour pressure of pure liquid

B (P_{B}^{\circ}) = 300 t o r r]

Q. Two liquids X and Y forms an ideal solution at 300 K, vapour pressure of the solution containing 1 mole of X and 3 moles of Y is 550 mm Hg. At the same temperature, 1 mole of Y is further added to this solution vapour pressure of the solution increases by 10 mm Hg. Vapour pressure (in mm Hg) of X and Y in their pure states will be, respectively.

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