Vapour density of PCl5 is 104-16 but when heated to 230-C its vapour density is reduced to 62- The degree dissociation of PCl5 at this temperature will be-

6)The vapour density of PCI₅ is 104.16, but when heated at 230⁰C, its vapour density is reduced to 62. The percentage of dissociation of PCI₅ at this temperature will be:

Q. The vapour density of

P C l_{5}

is 104.16 but when heated to

230^{o} C

, its vapour density is reduced to 62. The degree of dissociation of

P C l_{5}

, at

230^{o} C

, is:

Q. The vapour density of

P C l_{5}

104.25

but when heated to

230^{o} C,

its vapour density is reduced to

62

.
The decomposition reaction of

P C l_{5}

on heating is

P C l_{5} (g) ⇌ P C l_{3} (g) + C l_{2} (g)

Calculate the degree of dissociation of

P C l_{5}

at this temperature :

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Vapour density of PCl5 is 104.16 but when heated to 230∘C its vapour density is reduced to 62. The degree dissociation of PCl5 at this temperature will be:

Vapour density of $P C l_{5}$ is $104.16$ but when heated to $230^{\circ}$ C its vapour density is reduced to $62$ .
The degree dissociation of $P C l_{5}$ at this temperature will be: