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Liquids in Liquids

34. 2X(g) giv...

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34. 2X(g) gives 3Y(g)+2Z(g) a)Time(in min). |0. |100. |200 | b)Partial pressure |800| 400. | 200| of X(in mm of Hg). Assuming ideal gas conditions calculate a)Total pressure when px=700mm.

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Q. A constant temperature and volume

X

2 X (g) ⟶ 3 Y (g) + 2 Z (g)

P_{X}

is the partial pressure of

X

.

Observation No.	Time $(m i n)$	$P_{X} (i n m m H g)$
$1$	$0$	$800$
$2$	$100$	$400$
$3$	$200$	$200$

(i)

What is the order of the reaction with respect to

X

?

(i i)

Find the rate constant.

(i i i)

Find the time for

75

% completion of the reaction.

(i v)

Find the total pressure when pressure of

X

700

m m

H g

Observation No.	Time (in minute)	$P_{x}$ (in mm of Hg)
1	0	800
2	100	400
3	200	200

At constant temperature and volume

X

2 X (g) \to 3 Y (g) + 2 Z (g)

P_{x}

is the partial pressure of

X

. What is the order of reaction with respect to

X

?
(i) Find the rate constant.
(ii) Find the time for 75% completion of the reaction.
(iii) Find total pressure when pressure of

X

is 700 mm of Hg.

Q. For the reaction

2 X (g) \to 2 Y (g) + 2 Z (g)

Time in min.	0	100	200
The partial pressure of X in mm of Hg	800	400	200

Assuming ideal gas nature,

calculate, the order of reaction:

Q. 400 mL of hydrogen gas at a pressure of 300 mm

H g

and 200 mL of hydrogen chloride gas at a pressure of 600 mm

H g

are mixed in a one litre evacuated flask. Calculate the resulting pressure (in

mm Hg

) of the mixture at the same temperature.

Q. 400 mL of hydrogen gas at a pressure of 300 mm

H g

and 200 mL of hydrogen chloride gas at a pressure of 600 mm

H g

are mixed in a one litre evacuated flask. Calculate the resulting pressure (in

mm Hg

) of the mixture at the same temperature.

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