| MIT Principles of Chemistry/14. Molecular orbital theory.mp4 |
112.6 MB |
| MIT Principles of Chemistry/16. Determining hybridization in complex molecules, Thermochemistry and bond energies, bond enthalpies.mp4 |
110.7 MB |
| MIT Principles of Chemistry/20. Le Chatelier's principle and applications to blood-oxygen levels.mp4 |
109.6 MB |
| MIT Principles of Chemistry/22. Chemical and biological buffers.mp4 |
109.2 MB |
| MIT Principles of Chemistry/17. Entropy and disorder.mp4 |
108.2 MB |
| MIT Principles of Chemistry/25. Electrochemical cells.mp4 |
105.7 MB |
| MIT Principles of Chemistry/35. Enzyme catalysis.mp4 |
105 MB |
| MIT Principles of Chemistry/24. Balancing oxidation, reduction equations.mp4 |
104.9 MB |
| MIT Principles of Chemistry/19. Chemical equilibrium.mp4 |
101.9 MB |
| MIT Principles of Chemistry/26. Chemical and biological oxidation, reduction reactions.mp4 |
101.7 MB |
| MIT Principles of Chemistry/28. Crystal field theory.mp4 |
100.5 MB |
| MIT Principles of Chemistry/33. Reaction mechanism.mp4 |
100.3 MB |
| MIT Principles of Chemistry/32. Nuclear chemistry and elementary reactions.mp4 |
99.6 MB |
| MIT Principles of Chemistry/23. Acid-base titrations.mp4 |
99.3 MB |
| MIT Principles of Chemistry/27. Transition metals and the treatment of lead poisoning.mp4 |
99 MB |
| MIT Principles of Chemistry/13. Polar covalent bonds, VSEPR theory.mp4 |
98.7 MB |
| MIT Principles of Chemistry/18. Free energy and control of spontaneity.mp4 |
98.4 MB |
| MIT Principles of Chemistry/31. Rate laws.mp4 |
94.9 MB |
| MIT Principles of Chemistry/29. Metals in biology.mp4 |
92 MB |
| MIT Principles of Chemistry/34. Temperature and kinetics.mp4 |
92 MB |
| MIT Principles of Chemistry/15. Valence bond theory and hybridization.mp4 |
87 MB |
| MIT Principles of Chemistry/30. Magnetism and spectrochemical theory.mp4 |
86.6 MB |
| MIT Principles of Chemistry/2. Discovery of electron and nucleus, need for quantum mechanics.mp4 |
85.3 MB |
| MIT Principles of Chemistry/21. Acid-base equilibrium, Is MIT water safe to drink.mp4 |
80.4 MB |
| MIT Principles of Chemistry/3. Wave-particle duality of light.mp4 |
72 MB |
| MIT Principles of Chemistry/36. Biochemistry.mp4 |
68.1 MB |
| MIT Principles of Chemistry/4. Wave-particle duality of matter, Schrödinger equation.mp4 |
62 MB |
| MIT Principles of Chemistry/1. The importance of chemical principles.mp4 |
60.4 MB |
| MIT Principles of Chemistry/5. Hydrogen atom energy levels.mp4 |
54.6 MB |
| MIT Principles of Chemistry/6. Hydrogen atom wavefunctions, orbitals.mp4 |
40.3 MB |
| MIT Principles of Chemistry/7. p-orbitals.mp4 |
30.7 MB |
| MIT Principles of Chemistry/8. Multielectron atoms and electron configurations.mp4 |
27.9 MB |
| MIT Principles of Chemistry/9. Periodic trends.mp4 |
20.9 MB |
| MIT Principles of Chemistry/10. Periodic trends continued, Covalent bonds.mp4 |
12.5 MB |
| MIT Principles of Chemistry/11. Lewis structures.mp4 |
7.7 MB |
| MIT Principles of Chemistry/12. Exceptions to Lewis structure rules, Ionic bonds.mp4 |
2.7 MB |
| MIT Principles of Chemistry/Torrent downloaded from Demonoid.com.txt |
47 B |
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