The Joule-Thompson coefficient results in a process during which this quantity is conserved through throttling.
The Joule-Thompson coefficient results in a process during which this quantity is conserved through throttling. This quantity is calculated by multiplying the pressure of a system times the volume of that system and adding that to the system's overall energy. When the product of temperature and (*) entropy is subtracted from this state variable, the result is Gibb's free energy. The total change in this quantity in a reaction is found by adding up its changes during each step of that reaction according to Hess' Law. For 10 points, name this thermodynamic property symbolized H, the total heat content of a reaction.
The Joule-Thompson coefficient results in a process during which this quantity is conserved through throttling.
{enthalpy} [prompt on {H} until mentioned] [MB]