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In thermodynamics, the Gibbs free energy (IUPAC recommended name: Gibbs energy or Gibbs function; also known as free enthalpy to distinguish it from Helmholtz free energy) is a thermodynamic potential that can be used to calculate the maximum of reversible work that may be performed by a thermodynamic system at a constant temperature and pressure (isothermal, isobaric)

The Gibbs free energy of the system is a state function because it is defined in terms of thermodynamic properties that are state functions. The change in the Gibbs free energy of the system that occurs during a reaction is therefore equal to the change in the enthalpy of the system minus the change in the product of the temperature times the entropy of the system. If the reaction is run at constant temperature, this equation can be written as follows. The difference between Go and G for a reaction is important. There is only one value of Go for a reaction at a given temperature, but there are an infinite number of possible values of G. The figure below shows the relationship between G for the following reaction and the logarithm to the base e of the reaction quotient for the reaction between N2 and H2 to form NH3.

Making a Difference: Personal Magnetism. Posted on May 7, 2015. Charles Handy, a management guru said, You may be hopeless in running IBM, but put in charge of a school you may make all the difference. Personal magnetism, on the other hand, is more related to the interpersonal area, although there may be some overlap. They have an intellectual energy, which is attractive within its own sphere although they are often considered colourless and even lifeless to others outside their sphere of activity. The dimensions of Personal Magnetism. The two dimensions of personal magnetism are its physical dimension and its mental counterpart.

To my knowledge, there are the difference between standard free energy change, and the actual free energy change for a particular set of conditions: The free energy change for a chemical reaction is described by the equation: DG' DGo + RT ln cd/ab. By the way: It was already remarked that free energy of interaction is equal to free energy of reaction, and this is always a difference between product state minus initial state. However, what is generally meant is the standard Gibbs free enthalpy (at constant pressure with reactants in their standard states), not the free energy or free enthalpy difference itself. The latter depends on variables such as concentration or partial pressure of the reactants.

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Helmholtz free energy. If the heating is done at constant volume, we can write the above equation (1) as follows. This equation expresses the criterion for a spontaneous reaction to take place in terms of state functions only. TdS ≥ dU (equation 2); therefore, it can be written as dU – TdS ≤ 0. The above expression can be simplified by the use of the term Helmholtz energy ‘A’, which can be defined as, A u – ts. From the above equations, we can derive a criterion for a spontaneous reaction as dA≤0. This states that, a change in a system at constant temperature and volume is spontaneous, if dA≤0. So change is spontaneous when it is corresponding to a decrease in the Helmholtz energy. Therefore, these systems move in a spontaneous path, to give lower A value.

This is what the basic difference between an album and a mixtape is. I don't know much about mixtapes so I wouldn't go into any details. But basically, mixtapes may have songs from several different artists whereas an album belongs to a particular artist or group. The mixtape originated in the time of compact cassette when the consumer could record his/her own choice of songs and play or circulate it among his friends without any commercial benefit.