Chemistry tutor near me in Anaheim, CA

The student and tutor reviewed amide hydrolysis, including acid- and base-catalyzed mechanisms, and the reduction of amides to amines. They also covered nitrile formation and hydrolysis, discussing reaction pathways and intermediates, and planned to continue with carbonyl chemistry in future sessions.

The Tutor introduced the topic of electrochemistry, covering the conversion of energy types in electrochemical cells and the spontaneity of reactions. The Tutor explained the components and function of a galvanic cell, including half-cell reactions, the role of the salt bridge, and cell representation. The concepts of electrode potential, reducing/oxidizing agents, and the Nernst equation were also discussed, preparing the Student for further study.

The student and tutor reviewed various reactions of Grignard reagents, including their use in carbon chain elongation with reagents like CO2 and ethylene oxide, and their conversion of alcohols to carboxylic acids via oxidation. They also explored reactions with aldehydes, ketones, and nitriles, and the tutor provided a summary chart of key Grignard reagent transformations. Follow-up discussions involved planning for future sessions to cover these topics in more depth.

The session covered organic chemistry concepts, specifically the Birch reduction mechanism for alkynes and aromatic compounds, and delved into the complexities of radical polymerization, including RAFT polymerization and its associated mechanisms. The student worked on applying these concepts to specific reaction scenarios, and a plan was made to revisit polymerization concepts in future sessions due to the remaining time constraints and the complexity of the topic.

The tutor and student reviewed various chemistry concepts including molecular orbital theory, covalent bonding, Lewis structures, formal charges, intermolecular forces (LDFs, dipole-dipole, hydrogen bonding), hybridization, molecular geometry, and resonance structures. They worked through several practice problems and discussed concepts related to bond polarity, bond order, and molecular properties.

The Student and Tutor reviewed SN1 and SN2 reaction mechanisms, stereochemistry, and factors affecting their rates, including substrate structure and stability. They also discussed electrophilicity, leaving groups, resonance, induction, and acid-base chemistry, particularly pKa values and their application in choosing reagents and predicting reaction direction. The Tutor provided explanations and worked through example problems with the Student.