{1} Basic Bioenergetics
{2} Energy can be neither created nor destroyed (1st Law of Thermodynamics)
{3} The first law is not much help...
{4} In class demo...
{5} Biochemistry is an uphill fight against chaos (2nd law of thermodynamics)
{6} Reactions in a calorimeter?...
{7} Converting heats of reaction...
{8} Without adiabatic wall...
{9} Key concept--
{10} Entropy...
{11} Entropy...
{12} The second law of thermodynamics and Entropy
{13} Summary relationships:
{14} One way this happens is the flow of energy from a Hot reservoir to a Cold one.
{15} Thermodynamics of different systems
{16} Reactions in a closed system...
{17} In the exothermic case diagrammed...
{18} Thermodynamics of different systems cont.
{19} Reactions occur spontaneously when the total entropy increases..
{20} Free energy
{21} Even with pH=7, the standard state is not a practical condition:
{22} This gives us two ways to look at whether a reaction will be spontaneous
{23} ?G tells us whether a reaction is spontaneous, not ?Go
{24} Measuring thermodynamic parameters
Email: wampler@bmb.uga.edu
Home Page: http://bmbiris.bmb.uga.edu/8010
Other information: Assignment is Chapter 3 of Garrett & Grisham, 2nd edition