Elevate Chemistry Comprehension with Engaging Visuals for a Deeper Learning Experience.

The tutor and student practiced drawing organic chemical structures based on IUPAC nomenclature and naming conventions. They then explored the formation and drawing of resonating structures for carbocations, particularly in aromatic systems, and discussed the acid-base properties of alcohols and phenols, including factors affecting their acidity.

The student and tutor reviewed a range of chemistry concepts through practice questions. They covered topics such as reaction rates, atomic structure, molecular geometry, oxidation states, moles, acid-base chemistry, hydrocarbons, isomers, reactivity series, electrochemistry, redox reactions, and nuclear decay, preparing for an upcoming exam.

The tutor and student reviewed the nomenclature, structure, and reactions of alkynes. They practiced naming and drawing alkyne structures and covered synthesis methods, addition reactions, hydration, reduction, and alkylation of terminal alkynes.

The tutor and student reviewed mechanisms for addition reactions to alkenes, including Markovnikov's rule, carbocation stability, oxymercuration-demercuration, catalytic hydrogenation, dihalogenation, and oxidation reactions. They also practiced identifying reagents for multi-step synthesis problems, preparing for further study on alkynes.

The class covered various reactions of alkenes, including electrophilic addition, hydrohalogenation (Markovnikov and anti-Markovnikov), oxidation, reduction, and stereoselective additions like syn and anti dihydroxylation. The session also included detailed explanations of reaction mechanisms, focusing on carbocation stability and rearrangements, and concluded with planning for future sessions on remaining mechanisms and synthesis problems.

The Tutor and Student worked through several chemistry problems involving stoichiometry, including calculations of mass based on mole ratios and balancing chemical equations. They also practiced identifying oxidizing and reducing agents and calculating gas volumes produced in reactions. The next session will cover any remaining or new questions.