This quantity is invariant for a gas travelling across a shock wave. For an isobaric process, the change in this quantity is directly proportional to the specific heat, and it can also be defined as internal energy plus pressure times volume. The qua
This quantity is invariant for a gas travelling across a shock wave. For an isobaric process, the change in this quantity is directly proportional to the specific heat, and it can also be defined as internal energy plus pressure times volume. The quantity of this type associated with lattices is the amount of energy required to convert solid atoms into gaseous ions. For a given reaction it must be constant, regardless of the pathway, according to Hess's law. Gibbs free energy is a function of temperature, entropy, and this quantity. For 10 points, identify this state function.
This quantity is invariant for a gas travelling across a shock wave.
enthalpy [prompt on H; prompt on heat content]