Chemistry Tutor: Specializing in Biochemistry, Organic Chemistry, Exam Preparation

The Student and Tutor reviewed key concepts in Organic Chemistry, including carbocation stability, exergonic and endergonic processes, Hammond's Postulate, and carbocation rearrangements. They then initiated a new topic on alkene reactions, covering halogenation and halohydrin formation, discussing their mechanisms and stereochemistry. They concluded by scheduling the next session for further topic progression.

Student and Tutor worked through several multi-step organic chemistry synthesis problems and reaction mechanisms. They focused on stereochemistry, carbocation rearrangements, and epoxide chemistry, including ring-opening reactions. The Tutor advised the Student to email their professor about a potential error in a problem's given stereochemistry for a final product.

Student and Tutor focused on Organic Chemistry, covering alkene nomenclature, E/Z configuration, and the factors influencing alkene stability. They then delved into electrophilic addition reactions, including the application of Markovnikov's rule, and briefly discussed aspects of a lab report conclusion. The next session will continue with further alkene reactions.

The Student and Tutor reviewed organic chemistry pre-lab questions, calculating theoretical yield and discussing the formation of thermodynamic versus kinetic products. They also explored instrumental methods like NMR and FTIR for distinguishing between alkene isomers. The session then introduced a new unit on alkenes, covering their industrial importance, calculating the degree of unsaturation, and practicing IUPAC nomenclature for both acyclic and cyclic alkenes. The next steps involve continuing the discussion on E/Z alkene nomenclature.

The Student and Tutor reviewed various organic chemistry reaction mechanisms, including E1, E2, SN1, and SN2, with a focus on distinguishing conditions and predicting products. They applied concepts of stereochemistry, cyclohexane reactivity, and solvent effects to problem-solving. The session also covered lab-related questions on SN1/SN2 reactivity, IUPAC naming, allylic bromination, alcohol-to-alkyl halide conversions, organo-coupling, and oxidation levels in preparation for an upcoming exam. The Student decided against scheduling an additional review session before the exam.

The Student and Tutor reviewed various organic chemistry reactions involving ketones and aldehydes, including nucleophilic addition, Grignard reactions, and protection/deprotection strategies. They also covered the formation of imines, enamines, enols, and enolates, alongside diagnostic tests like the Iodoform and Tollens tests. The Student was advised to revise the reaction mechanisms and send any highlighted notes or questions for the next session.