Calculate `DeltaG` for conversion of oxtgen to ozone `3//2O_(2(g))toO_(3(g))at 298K, if K_(p)` for this coversion is `2.47xx10^(-29)`A. `163kJ mol^(-1)`B. `2.4xx10^(2)kJmol^(-1)`C. `1.63kJ mol^(-1)`D. `2.38xx10^(6)kJ mol^(-1)`

Calculate `DeltaG` for conversion of oxtgen to ozone `3//2O_(2(g))toO_

1.	Calculate `DeltaG` for conversion of oxtgen to ozone `3//2O_(2(g))toO_(3(g))at 298K, if K_(p)` for this coversion is `2.47xx10^(-29)`A. `163kJ mol^(-1)`B. `2.4xx10^(2)kJmol^(-1)`C. `1.63kJ mol^(-1)`D. `2.38xx10^(6)kJ mol^(-1)`
Answer» Correct Answer - A As we know that, `DeltaG^(@)=-2.303RT logK_(p)` Therefore, `DeltaG^(@)=-2.303xx(8.314)xx(298)(log2.47xx10^(-29))` `DeltaG^(@)=16,300J mol^(-1)=163KJmol^(-1).`

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Calculate `DeltaG` for conversion of oxtgen to ozone `3//2O_(2(g))toO_(3(g))at 298K, if K_(p)` for this coversion is `2.47xx10^(-29)`A. `163kJ mol^(-1)`B. `2.4xx10^(2)kJmol^(-1)`C. `1.63kJ mol^(-1)`D. `2.38xx10^(6)kJ mol^(-1)`

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