BSC 2010C Lecture Notes - Lecture 8: Endergonic Reaction, Thermodynamics, Reagent

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Explain how the nature of energy transformations is guided by the two laws of thermodynamics. Describe how atp functions as the universal energy shuttle in cells. Describe the structure of enzyme-substrate interactions and how enzymes catalyze biological reactions. Characteristics of organisms are all the end-products of the chemical reactions that occur in their cells. Chemical reactions carried out for the purpose of energy transformation or making necessary substances. Organisms have to be at slightly positive energy levels to live. Energy is described and measured by how it affects matter. Potential -stored energy because of structure or location. Example: the water being held in a dam. D(delta) g = free energy available to do work in a cell. Dg means a rxn gives off energy; it provides power; will go by themselves. + dg means a rxn needs energy; it will not run unless energy is first added.

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