The value of `Delta H_(transition)` of C(diamond) is 1.9 kJ/mol at `25^(@)`C. Entropy graphite id higher than entropy of diamond . The implies that.A. C(diamond) is thermodynamically more satble than (graphite) at `25^(@)`C.B. C(graphite) is thermodynamically more satble than (diamond) at `25^(@)`C.C. diamond will provide more heat om complete sombustion at `25^(@)` C.D. `DeltaG_(transition) ` of ` C("diamond") "to" C("graphite")` is -ve

The value of `Delta H_(transition)` of C(diamond) is 1.9 kJ/mol at `25

1.	The value of `Delta H_(transition)` of C(diamond) is 1.9 kJ/mol at `25^(@)`C. Entropy graphite id higher than entropy of diamond . The implies that.A. C(diamond) is thermodynamically more satble than (graphite) at `25^(@)`C.B. C(graphite) is thermodynamically more satble than (diamond) at `25^(@)`C.C. diamond will provide more heat om complete sombustion at `25^(@)` C.D. `DeltaG_(transition) ` of ` C("diamond") "to" C("graphite")` is -ve
Answer» Correct Answer - b,c,d

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