Top 10 Chemistry tutors near Port St. Lucie, FL

The Student and Tutor reviewed foundational Chemistry concepts, beginning with Dalton's atomic theory and fundamental atomic structure. They extensively practiced determining proton, electron, and neutron numbers, especially for isotopes, and calculated average atomic mass. The session concluded with a verbal review of periodic table trends and a set of practice questions covering atomic structure, elements, compounds, and mixtures, solidifying the student's understanding for an upcoming exam. The Tutor also outlined a detailed study plan for future sessions, including daily review recommendations.

The Student and Tutor reviewed fundamental concepts in chemical kinetics, including reaction rates, reactant and product dynamics, collision theory, and activation energy. They covered how to express reaction rates, determine the order of reactions (first and second order), and understand transition state theory, with an introduction to how these principles apply to enzyme catalysis. They plan to continue with enzyme catalysis in the next session.

The Student and Tutor completed the extensive unit on carbohydrates, covering detailed aspects of their structure, cyclization, anomers, mutarotation, and various polysaccharides including storage and structural forms. They also discussed advanced topics like glycoproteins, glycolipids, and their biological functions. The plan for the evening session is to transition to general chemistry to prepare for an upcoming test, with a commitment to email remaining biochemistry chapters later.

The Student and Tutor reviewed key Chemistry concepts for an upcoming exam. Topics included Coulomb's Law, periodic trends like electron affinity and ionization energy, electron energy levels and transitions, the Kinetic Molecular Theory, and the differences between effusion and diffusion. The Student plans to send a list of topics to the Tutor for practice questions.

The Student and Tutor engaged in a comprehensive review of numerical problems in Chemistry. They covered various concepts including molecular mass, mass percentage, empirical formula, limiting reagents, isotopic mass, parts per million, and molarity calculations. The Student requested to continue with revision on these topics in the next session to ensure full understanding.

The Student and Tutor reviewed advanced organic chemistry concepts, focusing on Frontier Molecular Orbitals (FMOs), molecular orbital diagrams for conjugated systems like ethylene and butadiene, and complex examples such as hexatriene and heptatrienyl cations. They also practiced drawing resonance structures and discussed mechanisms for preparing dienes. The next session will continue with the preparation of dienes and prepare for an upcoming exam covering specific units.