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Variation of Atmospheric Pressure with Altitude.

XY2(g) dissoc...

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XY2(g) dissociates as XY(g)+ Y(g). Initial pressure of XY2 is 600mm Hg. Total pressure at equilibrium is 800 mmHg. Volume is constant. Value of Kp? 1. 50 2. 100 3. 20 4. 400

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X Y_{2}

dissociates as:

X Y_{2} (g) ⇌ X Y (g) + Y (g)

Initial pressure of

X Y_{2}

600 m m

H g

. The total pressure at equilibrium is

800 m m

H g

. Assuming volume of system to remain constant, the value of

K_{p}

{X Y}_{2}

{X Y}_{2} (g) ⇌ X Y (g) + Y (g)

Initial pressure of

{X Y}_{2}

600 m m

H g

. The total pressure at equilibrium is

800 m m

H g

Assuming volume of system to remain constant, the value of

K_{p}

X Y_{2}

dissociates as,

X Y_{2} (g) ⇌ X Y (g) + Y (g)

Initial pressure of

X Y_{2}

600 m m H g

. The total pressure at equilibrium is

800 m m H g

. Assuming volume of system to remain constant, the value of

K_{p}

X Y_{2}

X Y_{2} (g) ⇌ X Y (g) + Y (g)

when the initial pressure of

X Y_{2}

is 600 mm of Hg, the total equilibrium pressure is 800 mm of Hg. FInd the value of Equilibrium constant for the reaction assuming that the volume of the system remains unchanged.

X Y_{2}

X Y_{2 (g)} ⇌ X Y_{(g)} + Y_{(g)}

. When the initial pressure is

600

mm of Hg, the total pressure at equilibrium developed is

800

Therefore, the pressure of

Y

at equilibrium is:

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