This organic chemistry video tutorial focuses on elimination reactions of alkyl halides and alcohols to form alkenes. It covers E1, E2, and the E1cb reaction. It contains plenty of examples and practice problems for you to work on.

SN1 SN2 E1 E2 Reactions - 4 Hour Test Review - 77 Practice Problems:
https://bit.ly/3Bt4ghw

Download The Practice Test - 77 Questions:
https://bit.ly/3J1exrP


Organic Chemistry 1 Final Exam - 6 Hour Review - 100 Practice Problems:
https://bit.ly/2WCJ8GP


Here is a list of topics:
1. E1 elimination first order unimolecular reaction mechanism
2. Rate Law Expression for the E1 reaction - Reaction Rate vs Substrate Concentration
3. Potential Energy Diagram - E1 Reaction - Transition State and Carbocation Intermediate
4. Second Order E2 Elimination - Concerted Reaction Mechanism
5. E2 Rate Law Expression - Substrate and Strong Base Concentration
6. E1 & E2 reactions of Alkyl Halides - 2-bromobutane
7. Good vs Bad / Poor Leaving Groups
8. Zaitsev / Saytzeff Product vs Hoffman Product - Strong Unhindered Base vs Bulky Base - Hydroxide vs Tert Butoxide
9. Fluoride vs Bromide Leaving Group
10. Alkene Stability and Zaitsev Rule
11. Alkene Transition State vs Carbanion Like Transition State
12. Conjugated Doubles vs Allenes - Cumulated Dienes
13. Hoffman vs Cope Elimination Reaction - Quarternary Ammonium Leaving Groups vs Tertiary Amine Oxides
14. Carbocation vs Carbanion Stability and Formation - Electronegativity
15. Syn vs Anti Elimination Reactions
16. Alpha vs Beta Elimination Reactions
17. Most Stable vs Least Stable Alkenes
18. e1 vs e2 reaction mechanism
19. Alcohol Dehydration Using H2SO4 - E1 vs E2 Mechanism
20. E1 Carbocation Rearrangements - Hydride and Methyl Shift
21. Alcohol Protonation - Formation of a Good Leaving Group
22. E1 Ring Expansion Rearrangement - Acid Catalyzed Alcohol Dehydration Mechnaism
23. E1CB reaction - Elimination of a Poor Hydroxyl Leaving Group
24. Carbanion / Enolate Resonance Structures