...calculate the exergy content of the system as coming entirely from the chemical energy: Ec (me - ja^) Ni. We find by these calculations the exergy of the system...biological structure, information or organic molecules. Displace ment work, not useful , „ \ [Reference envi- | ronment at T, p As (mc - uco) can be found...

...calculate the exergy content of the system as coming entirely from the chemical energy: _c (uc - uco) Ni. We find by these calculations the exergy of the system...system at the same temperature and pressure but in the form of an inorganic soup without any life, biological structure, information or organic molecules....

...with no life, biological structure, information, or organic molecules. By these calculations, we find the exergy of the system compared with the same system at the same temperature and pressure, but in the form of an inorganic soup without any life, biological structure, information, or organic molecules....

...temperature and pressure differences between the system and the reference system. We can determine with these calculations the exergy of the system compared...system at the same temperature and pressure but in the form of an inorganic soup without any life, biological structure, information, or organic molecules....

...probability of forming A from the inorganic components. We find by these calculations the ecoexergy of the system compared with the same system at the same temperature and pressure but in the form of an inorganic soup without any life, biological structure, information or organic molecules....