Chemistry tutor near me in Orlando, FL

The Student and Tutor reviewed electrochemistry, specifically applying the Nernst equation to calculate pH and discussing the electrochemical basis of corrosion and its prevention. They also explored the thermodynamic relationships between cell potential, Gibbs free energy, and equilibrium constants, and differentiated between primary, secondary, and fuel cells, including voltaic and electrolytic cell distinctions.

The Tutor and Student reviewed enzyme kinetics, focusing on calculating rate constants (K2, KM, K1, K-1) using experimental data and theoretical equations. They then transitioned to discussing Beer-Lambert Law, including practical aspects like unit analysis and plotting absorbance versus path length. The next session will involve further practice with unit conversions and potentially finishing a problem set.

The tutor and student reviewed electrophilic aromatic substitution (EAS), including general mechanisms, substituent effects (activating/deactivating, ortho/para/meta directing), and specific reactions like nitration and Friedel-Crafts. They also covered reduction (Clemensen, Wolff-Kishner, catalytic hydrogenation) and oxidation reactions, and practiced reasoning questions related to these topics. The session concluded with an introduction to carbonyl chemistry and a preview of organometallic compounds for the next class.

The tutor and student reviewed an organic chemistry case study assignment, focusing on chemical reactions, regioselectivity, and multi-step synthesis problems. They discussed Grignard reagents, organometallic compounds, amines and amides, and various reduction reactions, with plans to continue working together to prepare for an upcoming exam.

The tutor and student reviewed calculations for molarity, pH, and weak electrolyte dissociation. They derived the Ostwald's Dilution Law and the formula for the pH of a weak acid. The session concluded with an introduction to Le Chatelier's Principle, preparing for the next topic on the common ion effect.

The tutor and student reviewed concepts related to chemical kinetics, including reaction orders, half-lives, and the Arrhenius equation. They practiced applying the Arrhenius equation to calculate activation energy and discussed the influence of temperature and catalysts on reaction rates. The next session will address catalysts and potentially metal complexes, and the student will provide updated exam information.