Chemistry tutor near me in Riverside, CA

The session focused on organic chemistry, covering topics like hydrocarbon nomenclature, reaction types (addition, neutralization, decomposition, combustion), and isomerism. The student practiced identifying spectator ions, naming organic compounds, and balancing chemical equations, with a plan to further practice balancing equations.

The student and tutor engaged in a detailed problem-solving session focusing on the interpretation of ¹H and ¹³C NMR spectroscopic data to determine the structures of several organic compounds. They systematically analyzed chemical shifts, splitting patterns, and degrees of unsaturation for multiple compounds. The tutor provided guidance on correlating spectral data with functional groups and structural features, and they planned to continue practicing intermediate to advanced NMR problems.

The Tutor and Student explored the chemistry of amines, covering their classification, basicity, and reactivity. They discussed the preparation of amines through nucleophilic substitution and nitrile reduction, as well as the reactions of amines with acyl chlorides and anhydrides, leading to amide formation. The session also touched upon aromatic amines and their synthesis.

The Student and Tutor reviewed ion exchange chromatography, including cation and anion exchange mechanisms, and practiced problems determining peptide charges at varying pH levels using DEAE and CM columns. They reviewed the impact of N and C terminus charges and planned a follow-up session in the evening to continue practice.

The tutor and student reviewed various organic chemistry concepts, including R/S and E/Z configurations, IUPAC nomenclature for complex molecules, conformational analysis, optical activity, and stereoisomerism. They practiced problem-solving using examples from the student's exam review material, with a focus on understanding and applying the rules systematically.

The Tutor and Student reviewed organic chemistry concepts including reaction rates, NMR spectroscopy interpretation, and various reaction mechanisms such as substitution, elimination, and addition reactions. They practiced identifying reaction types, predicting products, and understanding mechanistic steps, with plans to revisit specific homework questions and practice more problems.