If in a reaction at constant temperature, `n_(1)` moles of the gaseous reactants change into`n_(2)` moles of gaseous products , the difference in the enthalpy change and internal energy change of the reaction will be equal to `"…............."`.

If in a reaction at constant temperature, `n_(1)` moles of the gaseous

1.	If in a reaction at constant temperature, `n_(1)` moles of the gaseous reactants change into`n_(2)` moles of gaseous products , the difference in the enthalpy change and internal energy change of the reaction will be equal to `"…............."`.
Answer» `DeltaH- DeltaV = (n_(2)-n_(1))RT =Deltan_(g)RT`

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If in a reaction at constant temperature, `n_(1)` moles of the gaseous reactants change into`n_(2)` moles of gaseous products , the difference in the enthalpy change and internal energy change of the reaction will be equal to `"…............."`.

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