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The student and tutor worked through several challenging organic synthesis problems, focusing on multi-step reaction pathways and functional group transformations. They discussed various reagents, reaction mechanisms, and strategies for complex molecule construction, with a plan to continue reviewing challenging problems.

The Tutor and Student reviewed Suzuki and Heck coupling reactions, focusing on their mechanisms, substrate requirements, and application in complex syntheses, including the introduction of multiple chlorine atoms onto benzene rings. They also practiced identifying the types of carbon-carbon bonds formed and worked through specific examples from a textbook.

The tutor and student worked through a series of challenging organic chemistry problems, focusing on reaction mechanisms, nucleophilic attacks, ring formations, and multi-step synthesis. They practiced identifying key intermediates, selecting appropriate reagents, and understanding reaction sequences, with a plan to continue practice sessions before the upcoming exam.

The tutor and student reviewed organic reaction mechanisms, focusing on nitrile hydration, ester hydrolysis (solvolysis), and electrophilic aromatic substitution. They analyzed complex mechanisms from research papers and discussed regioselectivity in reactions involving cyclic intermediates.

The student and tutor reviewed advanced NMR spectroscopy techniques, focusing on HMBC correlations and the interpretation of IR, Mass Spectrometry, and 13C DEPT spectra. They practiced identifying functional groups, determining carbon hybridization, and understanding carbon splitting patterns in proton-coupled NMR, with plans to revisit arrow-pushing mechanisms and synthesis in future sessions.

The tutor and student reviewed solubility product (Ksp) calculations and then delved into factors affecting solubility, with a primary focus on the common ion effect and buffer solutions. They practiced using the Henderson-Hasselbalch equation to calculate buffer pH and discussed the principles of buffer preparation and the Lewis definition of acids and bases. The next topic planned is Lewis acids and bases.