MIT Principles of Chemistry

1. 14. Molecular orbital theory.mp4112.56MB
2. 16. Determining hybridization in complex molecules, Thermochemistry and bond energies, bond enthalpies.mp4110.66MB
3. 20. Le Chatelier's principle and applications to blood-oxygen levels.mp4109.65MB
4. 22. Chemical and biological buffers.mp4109.24MB
5. 17. Entropy and disorder.mp4108.21MB
6. 25. Electrochemical cells.mp4105.65MB
7. 35. Enzyme catalysis.mp4105.01MB
8. 24. Balancing oxidation, reduction equations.mp4104.87MB
9. 19. Chemical equilibrium.mp4101.9MB
10. 26. Chemical and biological oxidation, reduction reactions.mp4101.7MB
11. 28. Crystal field theory.mp4100.52MB
12. 33. Reaction mechanism.mp4100.27MB
13. 32. Nuclear chemistry and elementary reactions.mp499.62MB
14. 23. Acid-base titrations.mp499.3MB
15. 27. Transition metals and the treatment of lead poisoning.mp498.99MB
16. 13. Polar covalent bonds, VSEPR theory.mp498.65MB
17. 18. Free energy and control of spontaneity.mp498.37MB
18. 31. Rate laws.mp494.85MB
19. 29. Metals in biology.mp492.04MB
20. 34. Temperature and kinetics.mp491.97MB
21. 15. Valence bond theory and hybridization.mp487.03MB
22. 30. Magnetism and spectrochemical theory.mp486.6MB
23. 2. Discovery of electron and nucleus, need for quantum mechanics.mp485.25MB
24. 21. Acid-base equilibrium, Is MIT water safe to drink.mp480.41MB
25. 3. Wave-particle duality of light.mp471.95MB
26. 36. Biochemistry.mp468.07MB
27. 4. Wave-particle duality of matter, Schrödinger equation.mp462MB
28. 1. The importance of chemical principles.mp460.43MB
29. 5. Hydrogen atom energy levels.mp454.56MB
30. 6. Hydrogen atom wavefunctions, orbitals.mp440.29MB
31. 7. p-orbitals.mp430.67MB
32. 8. Multielectron atoms and electron configurations.mp427.92MB
33. 9. Periodic trends.mp420.95MB
34. 10. Periodic trends continued, Covalent bonds.mp412.49MB
35. 11. Lewis structures.mp47.71MB
36. 12. Exceptions to Lewis structure rules, Ionic bonds.mp42.69MB
37. Torrent downloaded from Demonoid.com.txt47B