| Bahan Kajian | - Perkembangan dan kegunaan Kimia Organik Fisik
- Energi ikatan, panjang ikatan dan orde ikatan serta hubungannya satu dengan yang lain, pengaruhnya terhadap struktur dan sifat molekul
- Induksi (I), Mesomeri/Resonansi (R), karakterisasi secara kualitatif gugus +I, -I, +R, -R, +R –I, -R +I dst, serta bagaimana pengaruh gugus tersebut terhadap sifat molekul, seperti keasaman dari asam karboksilat alifatik dan aromatik.
- Penentuan mekanisme reaksi secara kinetika dan non kinetika kimia.
- Mekanisme mekanisme reaksi substitusi unimolekular, bimolekular dan intramolekular. Substrat, nukleofil, gugus lepas, ion senama dan stereokimia.
- Reaksi eliminasi, mekanisme reaksi, geometri hasil reaksi.
- Reaksi substitusi elektrofilik pada system aromatic polisiklik dan heterosiklik aromatic.
- Reaksi adisi, pada sistim alkena, karbonil, sistim keton yang jenuh
- Konsep dasar reaksi perisiklik
- Reaksi radikal
| - Developments and applications of physical organic chemistry
- Bond energy, bond length, and bond order, their interrelationships, and their influence on molecular structure and properties
- Inductive (I) and mesomeric/resonance (R) effects, qualitative characterization of groups (+I, –I, +R, –R, +R–I, –R+I, etc.), and their influence on molecular properties, such as the acidity of aliphatic and aromatic carboxylic acids
- Determination of reaction mechanisms through kinetic and non-kinetic chemical approaches
- Mechanisms of unimolecular, bimolecular, and intramolecular substitution reactions; substrates, nucleophiles, leaving groups, counterions, and stereochemistry
- Elimination reactions, their mechanisms, and the geometry of reaction products
- Electrophilic substitution reactions in polycyclic aromatic and heterocyclic aromatic systems
- Addition reactions in alkenes, carbonyl systems, and saturated ketone systems
- Basic concepts of pericyclic reactions
- Radical reactions
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