Free Energy and the Equilibrium Constant

Mr. Anderson explains the relationship between free energy (delta G) and the equilibrium constant (K) in chemical reactions. He discusses how delta G and K are interconnected and how they can predict the direction of a reaction. The video also covers the importance of these concepts in biological systems, particularly in cellular respiration and ATP production. Examples of reactions with different delta G and K values are provided to illustrate these concepts.

What is the relationship between delta G and the equilibrium constant K?

Explain what happens to delta G when K is equal to 1.

What does it mean if a reaction has a positive delta G?

How do exergonic and endergonic reactions relate to delta G?

Describe the significance of a negative delta G in a chemical reaction.

How can the concepts of delta G and K be applied to biological systems?

In the context of cellular respiration, what is the role of ATP?