For a reaction
`aA(g)hArrbB(g)`
at equilibrium, the heat of reaction at constant volume is `1500` cal more than at constant pressure. If the temperature is `27^(@)C` then

The heat of reaction at constant volume (DeltaE) and that at constant pressure (DeltaH) are related as-

The heat of reaction at constant volume (DeltaE) and that at constant pressure (DeltaH) are related as

An acid reacts with glycerine to form complex and equilibrium is established. If the heat of reaction at constant volume for this reaction is 1200 cal more than at constant pressure and the temperature is 300 K, then which of the following expression is true?

An acid reacts with glycerine to form complex and equilibrium is established. If the heat of reaction at constant volume for this reaction is 1200 cal more than at constant pressure and the temperature is 300 K, then which of the following expression is true?

The heat of reaction for an endothermic reaction at constant volume in equilibrium is 1200 cal more than al constant pressure at 300K, then

The heat of reaction for an endothermic reaction at constant volume in equilibrium is 1200 cal more than al constant pressure at 300K, then

The heat of reaction at constant volume and temperature is represented by

Why the specific heat at constant pressure is more than that at constant volume ?

The heat absorbed in a reaction at constant temperature and constant volume is

The heat absorbed in a reaction at constant temperature and constant volume is