Top 10 Chemistry tutors near St. Petersburg, FL

The Student and Tutor worked through fundamental concepts in General Chemistry II, including naming covalent compounds, drawing Lewis dot structures, determining molecular polarity, and calculating formal charges. They also explored different types of intermolecular forces. The session concluded with a brief overview of electron pair versus molecular geometry, with the Tutor providing a reference chart for the Student's future study.

The Tutor and Student worked on drawing Lewis structures for ionic and covalent compounds, differentiating between the two bonding types. They also practiced identifying molecular polarity, understanding resonance structures, and comparing dipole moments using examples like CO2, benzene, and NH3. The next session will cover hybridization.

The Tutor and Student reviewed organic chemistry concepts, working through two assignments that covered esterification, barbiturate synthesis, carboxylic acid synthesis, and acidity comparisons. They also practiced predicting reaction products and reagents for various organic transformations, including Friedel-Crafts reactions, nucleophilic substitutions, and the Wittig reaction.

The Tutor and Student reviewed the fundamental structure of atoms, their subatomic particles (protons, neutrons, electrons), and atomic models. They discussed elements, compounds, atomic notation, and the properties of alkali metals, including their reactivity and conductivity. The session also touched upon the formation of ionic compounds and the distinction between mixtures and compounds, with plans for continued study.

The Tutor and Student reviewed several AP Chemistry topics, including acid-base chemistry, chemical equilibrium, and electrochemistry. They practiced solving problems related to pH calculations, titrations, reaction spontaneity, and electrolysis. The session also involved identifying shortcuts and vocabulary crucial for the AP exam.

The student and tutor reviewed organic chemistry concepts, focusing on reaction mechanisms, molecular classification (aldehydes, ketones, ethers), and constitutional isomerism. The student practiced drawing mechanisms, identifying functional groups, and generating isomers, with plans to continue the session later that evening for a quiz preparation.