For the reaction \[{{H}_{2}}(g)+{{I}_{2}}(g)\]⇌ \[2HI(g)\] at \[721K\] the value of equilibrium constant \[({{K}_{c}})\] is 50. When the equilibrium concentration of both is \[0.5\,M\], the value of \[{{K}_{p}}\] under the same conditions will be [CBSE PMT 1990]

For the reaction \[{{H}_{2}}(g)+{{I}_{2}}(g)\]⇌ \[2HI(g)\] at \[721K

1.	For the reaction \[{{H}_{2}}(g)+{{I}_{2}}(g)\]⇌ \[2HI(g)\] at \[721K\] the value of equilibrium constant \[({{K}_{c}})\] is 50. When the equilibrium concentration of both is \[0.5\,M\], the value of \[{{K}_{p}}\] under the same conditions will be [CBSE PMT 1990]
A.	0.002
B.	0.2
C.	50.0
D.	\[50/RT\]
Answer» D. \[50/RT\]

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For the reaction \[{{H}_{2}}(g)+{{I}_{2}}(g)\]⇌ \[2HI(g)\] at \[721K\] the value of equilibrium constant \[({{K}_{c}})\] is 50. When the equilibrium concentration of both is \[0.5\,M\], the value of \[{{K}_{p}}\] under the same conditions will be [CBSE PMT 1990]

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