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The equilibrium constant of the followin...

The equilibrium constant of the following given reaction is `K_(p) = 6.022 xx 10^(-5)` at 298 K temperature. `PCI_(5(g)) hArr PCI_(3(g)) + CI_(2(g))`
Calculate the value of `Delta_(f) G^( Theta )`.

Text Solution

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`24.080` kJ
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Knowledge Check

  • Find the Delta H for the reaction given below. PCI_(5(g)) to PCI_(3(g)) + CI_(2(g))

    A
    `DeltaU - RT`
    B
    `Delta U + 2RT`
    C
    `Delta U + RT`
    D
    `Delta U - 2RT`

  • For the gas phase reaction, PCI_(5(g)) hArr PCI_(3(g)) + CI_(2(g)) Which of the following conditions are correct ?

    A
    `Delta H = 0 and Delta S lt 0`
    B
    `Delta H gt 0 and Delta S gt 0`
    C
    `Delta h lt 0 and Delta S lt 0`
    D
    `Delta H gt 0 and Delta S lt`

  • At 500 K, equilibrium constant, K_c for the following reaction is 5. 1/2H_(2(g)) + 1/2I_(2(g)) hArr HI_((g)) What would be the equilibrium constant K_c for the reaction : 2HI_((g)) hArr H_(2(g)) + I_(2(g))

    A
    0.04
    B
    0.4
    C
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    D
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