Statement : `E_(cell)^(@)` is an intensive property. Explanation : `DeltaG^(@)//n` is also intensive property.A. `S` is correct but `E` is wrongB. `S` is wrong but `E` is correct.C. Both `S` and `E` are correct and `E` is correct explanation of `S`.D. Both `S` and `E` are correct but `E` is not correct explanation of `S`.

Statement : `E_(cell)^(@)` is an intensive property. Explanation : `De

1.	Statement : `E_(cell)^(@)` is an intensive property. Explanation : `DeltaG^(@)//n` is also intensive property.A. `S` is correct but `E` is wrongB. `S` is wrong but `E` is correct.C. Both `S` and `E` are correct and `E` is correct explanation of `S`.D. Both `S` and `E` are correct but `E` is not correct explanation of `S`.
Answer» Correct Answer - C `DeltaG^(@) = nE^(@)F` `:. E^(@) = (-DeltaG^(@))/(nF)` Since `DeltaG` is negative property then `E^(@)` is also intensive property.

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What are elementary reactions ?

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