If `E_(cell)^(ɵ)` for a given reaction is negative, which gives the correct relationships for the values of `DeltaG^(ɵ)` and `K_(eq)`?A. `DeltaG^(@)lt0,k_(eq)lt1`B. `DeltaG^(@)gt0,k_(eq)lt1`C. `DeltaG^(@)gt0,k_(eq)gt1`D. `DeltaG^(@)lt0,k_(eq)gt1`.

If `E_(cell)^(ɵ)` for a given reaction is negative, which gives the c

1.	If `E_(cell)^(ɵ)` for a given reaction is negative, which gives the correct relationships for the values of `DeltaG^(ɵ)` and `K_(eq)`?A. `DeltaG^(@)lt0,k_(eq)lt1`B. `DeltaG^(@)gt0,k_(eq)lt1`C. `DeltaG^(@)gt0,k_(eq)gt1`D. `DeltaG^(@)lt0,k_(eq)gt1`.
Answer» Correct Answer - B `DeltaG^(@)=-nE^(@)F` as `E^(@)lt0therefore k_(Eq)lt1`.

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If `E_(cell)^(ɵ)` for a given reaction is negative, which gives the correct relationships for the values of `DeltaG^(ɵ)` and `K_(eq)`?A. `DeltaG^(@)lt0,k_(eq)lt1`B. `DeltaG^(@)gt0,k_(eq)lt1`C. `DeltaG^(@)gt0,k_(eq)gt1`D. `DeltaG^(@)lt0,k_(eq)gt1`.

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