Free Energy Functions: A Physiological Perspective

The video discusses the relevance of Gibbs and Helmholtz free energy in chemistry, focusing on why Gibbs free energy is more commonly used, especially in biological systems. It explains the conditions under which each type of free energy is applicable, emphasizing the constancy of temperature and pressure in biological systems, which makes Gibbs free energy more suitable. The video also covers the calculation of Gibbs free energy using a simple equation involving the equilibrium constant.

What are the main types of free energy functions discussed in the text?

Why is Gibbs free energy preferred over Helmholtz free energy in biological systems?

How does temperature behave in biological systems according to the text?

What changes occur in volume within cells in biological systems?

What is the equation mentioned for calculating Delta G at equilibrium?