Content Writer for 20 Modules

e-PG Pathshala by NMEICT and UGC, Modules of Paper 5: Organic chemistry-2 (Reaction Mechanisms), Paper 12: Organic spectroscopy and Paper 14: Disconnection Approachhttp://epgp.inflibnet.ac.in

1. CHE_P5_M1 Types of organic reactions
2. CHE_P5_M2 Overview of different types of organic reaction mechanisms
3. CHE_P5_M3 Thermodynamics and kinetic requirements of a reaction
4. CHE_P5_M4 Intermediates, transition states, potential energy diagrams and Hammond postulate
5. CHE_P5_M5 Methods of determining mechanism and isotope effects
6. CHE_P5_M6 Generation, structure, stability and reactivity of carbocations
7. CHE_P5_M7 Generation, structure, stability and reactivity of carbanions
8. CHE_P5_M8 Generation, structure, stability and reactivity of free radicals
9. CHE_P5_M9 Reactive intermediates: Carbenes and nitrenes
10. CHE_P5_M10 Linear free energy relationship, the hammett equation and substituent and reaction constants
11. CHE_P5_M31 Diazonium coupling, Vilsmeir reaction and Gattermann-Koch reaction
12. CHE_P5_M35 The Von Richter, Sommlet-Hauser and Smiles rearrangements
13. CHE_P12_M24 Mass spectrometery:Theory, instrumentation and modifications
14. CHE_P12_M25 Terms in mass spectrometery, nitrogen rule, rule of thirteen and isotopic abundance
15. CHE_P12_M26 General fragmentation rules
16. CHE_P12_M27 Fragmentation of various classes of organic molecules
17. CHE_P12_M228 Alpha, beta, allylic, benzylic cleavage and Mclafferty rearrangement
18. CHE_P12_M32 Combined problem on UV, IR, 1H NMR, 13C NMR and Mass-Part IV
19. CHE_P12_M34 Combined problem on UV, IR, 1H NMR, 13C NMR and Mass-Part VI
20. CHE_P14_M16 Total synthesis of complex organic compounds using disconnection approaches