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Temperature and Rate of Reaction

At a given te...

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At a given tetmperature the following reaction is allowed to reach equilibrium in a vessel of volume Vi litreThe degree of dissociation is a, If bykeeping the temperature fixed the volume of the reaction vesseldoubled fassuming the degrees of dissociation to be strall) the new degree of dissociation shall be-PCI, PCI, +CL0) V2a(2)(3y 2a,(4) 2.cFosthe

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Q. At a given temperature the following reaction is allowed to reach equilibrium in a vessel of volume

V_{1}

litre. The degree of dissociation is

α_{1}

. If by keeping the temperature fixed the volume of the reaction vessel is doubled (assuming the degrees of dissociation to be small) the new degree of dissociation shall be :

P C l_{5} ⇌ P C l_{3} + C l_{2}

Q. For gaseous decomposition of

{P C I}_{5}

in a closed vessel the degree of dissociation '

α

', equilibrium pressure 'P' &

{^{'} K}_{p}^{'}

Q. Consider the following equilibrium in a closed container:

N_{2} O_{4} (g) ⇌ 2 N O_{2} (g)

At a fixed temperature, the volume of the reaction container is halved. For this change, which of the given statements holds true regarding the equilibrium constant

(K_{p})

and degree of dissociation

(α)

Q. The following equilibrium in a closed container

N_{2} O_{4} (g) ⇌ 2 N O_{2} (g)

At a fixed temperature, the volume of the reaction container is halved. For this change, which of the following statements holds true regarding the equilibrium constant

(K_{p})

and degree of dissociation?

Q. Consider the following equilibrium in a closed container

N_{2} O_{4} (g) ⇌ 2 {N O}_{2} (g)

At a fixed temperature, the volume of the reaction container is halved. For this change, which of the following statement holds true regarding the equilibrium constant

(K_{p})

and degree of dissociation

(α)

?

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