For the reaction `,3O_(2)rarr 2O_(3),DeltaH=+ve`. We can say that `:`

For the reaction, 3O_2rarr2O_3, triangleH=+ve . We can say that:

For the reaction, C+O_(2) rarr CO_(2),DeltaH=-393 J 2Zn + O_(2) rarr 2ZnO, DeltaH=-412 J

For the reaction, C+O_(2) rarr CO_(2),DeltaH=-393 J 2Zn + O_(2) rarr 2ZnO, H=-412 J

The reaction 3O_(2)(g) rarr 2O_(3)(g), Delta_(r )H > 0 . What can be concluded about average energy per bond in O_(2) and O_(3) ?

The reaction 3O_(2)(g) rarr 2O_(3)(g), Delta_(r )H > 0 . What can be concluded about average energy per bond in O_(2) and O_(3) ?

For the reaction, C+O_(2)rarrCO_(2) , DeltaH=-393 J 2Zn+O_(2) rarr 2ZnO , DeltaH=-412J

For the reaction, C+O_(2) rarr CO_(2), DeltaH=-393J 2Zn+O_(2) rarr 2ZnO,DeltaH=-412J Which one is correct ?

The reaction : 3O_(2)hArr 2O_(2), DeltaH=+69,000 calories is aided by :