Chemistry tutor near me in Anaheim, CA

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.

The Tutor and Student worked through Aldol condensation reactions, including their mechanisms and variations like the Nitroaldol (Henry) reaction. The session covered the formation of aldol products, dehydration, and the nucleophilic attack steps. The Tutor planned to cover Claisen condensation in a future session.

The Tutor and Student reviewed key concepts in chemical bonding, including ionic and covalent bonds, Lewis structures, formal charge, and polarity. They practiced drawing molecular structures and calculating formal charges, with plans to further explore VSEPR theory and molecular geometry in the next session.

The student and tutor reviewed various chemistry topics including gas laws, stoichiometry (limiting reactants, partial pressures), the ideal gas law, percent yield, and states of matter in redox reactions. They worked through multiple-choice and short-answer problems from a review document, practicing calculations and concept application. The student is preparing for a test next Friday.

The Tutor and Student reviewed nucleophilic addition reactions of aldehydes and ketones, focusing on acetal and thioacetal formation, the use of protecting groups, and reactions with various amines (ammonia, primary, and secondary) to form imines, Schiff bases, and enamines. They also covered cyanohydrin formation and planned to discuss reductions and named reactions in the next session.