Hydroboration Oxidation Mechanism of Alkenes - BH3, THF, H2O2, OH- Organic Chemistry

This organic chemistry video tutorial focuses on the hydroboration oxidation reaction mechanism of alkenes to produce alcohols via anti-markovnikov regiochemistry. This video contains plenty of practice problems and examples.

Alkene Reactions - Full Review:

• Alkene Reactions

Organic Chemistry 1 Final Exam - 6 Hour Review:

• Organic Chemistry 1 Final Exam Review

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Here is a list of topics:
1. How To Predict The Major Product of an Alkene with BH3 & THF
2. Anti-markovnikov Regiochemistry - Least Substituted Carbon
3. 1-butene to 1-butanol Using Borane & Tetrahydrofuran To Form an AlkylBorane Functional Group Followed By Oxidation By H2O2 and OH-
4. Hydroboration of 3-methyl-1-butene to form a Primary Alcohol
5. Regioselectivity and Stereoselectivity of Hydroboration - Oxidation Mechanism
6. Syn Addition - Stereoselective
7. Hydroboration of Terminal & Internal Alkenes
8. Cyclohexene + B2D6 - Diborane With Deuterium
9. Cyclopentene with BD3, THF, D2O2, and OD-
10. B2H6 - Diborane Dimer with 2 BH3 molecules
11. BH3 THF cyclic ether complex
12. Addition of BH3 to alkene reaction mechanism - curved arrows
13. Formation of BR3 - Trialkyl Borane Intermediate - Polyalkylation
14. Oxidation of BR3 by OOH or HOO
15. Migration of R group on to BR3(OOH)
16. Alkoxide Displacement By Hydroxide - B(OR)3 to B(OH)3 - Boric Acid Followed By Deprotonation to Form Na3BO3 - Sodium Borate
17. Protonation of Alkoxide Ion -OR By Water to From The Alcohol R-OH