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KJM3200 - Organic Chemistry II

KJM3200 - Organic Chemistry II. Form of teaching Laboratory course (120 hours) Lectures (20 hours). Colloquiums (10 hours.) Form of exam Written exam (3 hours) Monday June 13. Recommended prerequisites. KJ120 or KJ101 or KJM1010+1020.

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KJM3200 - Organic Chemistry II

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  1. KJM3200 - Organic Chemistry II Form of teaching Laboratory course (120 hours) Lectures (20 hours). Colloquiums (10 hours.) Form of exam Written exam (3 hours) Monday June 13. Recommended prerequisites KJ120 or KJ101 or KJM1010+1020 http://www.uio.no/studier/emner/matnat/kjemi/KJM3200/v05/

  2. Lecture plan • Alkene related chemistry (McM chapt. 6, 7, 8, 10, 11, 14, 18,) • Aromatic compounds (McM chapt. 16, 17) • Carbonyl compounds (McM chapt. 19, 21, 22, 23) • Amines (McM chapt. 24) • Karbohydrates (McM chapt. 25) • Amino acids etc. (McM chapt. 26) • Lipids (McM chapt. 27) • Heterocycles etc (McM chapt 28) • Pericyclic Reactions (McM chapt 30)

  3. Alkenes sp2 C 120 o Double bond: p and s Electrophilic addition to alkenes ex. AB = HX, XX: Alkyl halides

  4. The Hammond Postulate The structure of the TS# resembles the structure of the nearest (in energy) stable species Product like TS# Reactant like TS# Exergonic step Endergonic step

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