'a' moles of \[PC{{l}_{5}}\], undergoes, thermal dissociation as:\[PC{{l}_{5}}\rightleftarrows PC{{l}_{3}}+C{{l}_{2}}\], the mole fraction of \[PC{{l}_{3}}\]at equilibrium is 0.25 and the total pressure is 2.0 atmosphere. The partial pressure of \[C{{I}_{2}}\]at equilibrium is:

'a' moles of \[PC{{l}_{5}}\], undergoes, thermal dissociation as:\[PC{

1.	'a' moles of \[PC{{l}_{5}}\], undergoes, thermal dissociation as:\[PC{{l}_{5}}\rightleftarrows PC{{l}_{3}}+C{{l}_{2}}\], the mole fraction of \[PC{{l}_{3}}\]at equilibrium is 0.25 and the total pressure is 2.0 atmosphere. The partial pressure of \[C{{I}_{2}}\]at equilibrium is:
A.	2.5
B.	1
C.	0.5
D.	None of these
Answer» D. None of these

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'a' moles of \[PC{{l}_{5}}\], undergoes, thermal dissociation as:\[PC{{l}_{5}}\rightleftarrows PC{{l}_{3}}+C{{l}_{2}}\], the mole fraction of \[PC{{l}_{3}}\]at equilibrium is 0.25 and the total pressure is 2.0 atmosphere. The partial pressure of \[C{{I}_{2}}\]at equilibrium is:

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