Final answer:
The value of 'g' in the context of standard Gibbs free energy change is likely a typographical error, as 'g' does not directly relate to the provided chemical equation. Instead, to calculate standard Gibbs free energy change, AG°, one would use the 'products minus reactants' approach, referencing standard free energy formation values from thermodynamic tables.
Step-by-step explanation:
The value of g for a standard size Aol gate is misinterpreted in the context of this question and seems to be referencing information from another discipline or is a typographical error. The correct context involves calculating standard Gibbs free energy changes (AG) for chemical reactions. According to Equation AG=AH-TAS, to determine the standard Gibbs energy of a reaction, one would use:
AG° = ΣAG° (products)- ΣAG° (reactants)
where AG° represents the standard Gibbs free energy change under standard conditions (1 atm pressure, 298K). Standard Gibbs free energies of formation needed for these calculations can be found in thermodynamic tables. The standard free energy change is expressed as an amount of energy per mole of reaction product and calculated under specific conditions which may vary, such as in cellular environments as compared to standard lab measurements.