The Bordwell Thermodynamic Circle is an extension of this law, and it can be applied to electron affinities using a Born-Haber cycle with theoretical lattice energies to determine total heat.
The Bordwell Thermodynamic Circle is an extension of this law, and it can be applied to electron affinities using a Born-Haber cycle with theoretical lattice energies to determine total heat. The heat content of slow reactions can also be found using this law, and it can be used to measure entropy values, which must be measured through alternative paths. For 10 points, name this law from thermochemistry stating that the total enthalpy change of a reaction is equal to the sum of the enthalpy changes of each step.
The Bordwell Thermodynamic Circle is an extension of this law, and it can be applied to electron affinities using a Born-Haber cycle with theoretical lattice energies to determine total heat.
Hess’s Law