I already answered your question. If you prefer words like "extensive
thermodynamic property," please consider your favorite equations from
thermodynamics, in which a linear function of energies, values of PV or
TS are present. On the other side, despite the fact that all of these
equations hav
Dear Alex,
Thank you for your response. I agree with all your statements.
My issues are with units. In the first case, should it be kJ (total
energy), as it is the Total potential energy_of the system_? Total energy
of the system is an extensive thermodynamic property.
I mean, for example, volum
The potential energy _of the system_ is reported, and that's directly
proportional to the number of molecules you have in your box. Energy per
mole is a unit regardless of the number of molecules. After you properly
rescale the total energy with the number of molecules, you still get
kJ/mol, of
Greetings!
I am confused about the units of potential energy in gromacs. I have
performed simulations of pure monoethanol (MEA) systems with certain
parameters. The three systems I simulated consisted of 2400, 2800, and 3200
molecules of MEA, respectively, at 298 K and 1 bar. After reaching
equili