For redox reactions, it is equal to the charge transferred times the potential, and it can be written as the product of the negative of the ideal gas constant, temperature, and the natural logarithm o
For redox reactions, it is equal to the charge transferred times the potential, and it can be written as the product of the negative of the ideal gas constant, temperature, and the natural logarithm of the equilibrium constant. Equal to zero for a system in equilibrium, it is equivalent to internal energy plus the product of pressure and volume minus the product of temperature and entropy, and when the change in it is negative, a reaction is spontaneous. FTP, identify this type of energy named for an American scientist.
For redox reactions, it is equal to the charge transferred times the potential, and it can be written as the product of the negative of the ideal gas constant, temperature, and the natural logarithm of the equilibrium constant.