Top 10 Chemistry tutors near Bakersfield, CA

The Student and Tutor reviewed various Organic Chemistry concepts in preparation for the Student's upcoming test. They covered alkene reactions, IUPAC nomenclature including E/Z and cis/trans isomerism, reaction definitions, energy diagrams, and Cahn-Ingold-Prelog priority rules. A follow-up session was scheduled to continue practicing and address remaining questions.

The Student and Tutor continued their chemistry lesson, discussing the photoelectric effect, Planck's constant, and the concept of photons, including a practice calculation. They then explored foundational quantum mechanical models such as the Bohr model, De Broglie's hypothesis, Heisenberg's Uncertainty Principle, and the Schrödinger wave equation. The session concluded with an introduction to atomic orbitals and subshells (K, L, M, N shells and s, p, d, f subshells), with the Student assigned to review electronic configuration for the next class.

The Student and Tutor reviewed the fundamental mechanisms and characteristics of SN1, SN2, E1, and E2 reactions in organic chemistry. They discussed factors influencing each reaction type, including substrate structure, nucleophile/base strength, solvent effects, and the role of heat. The session concluded with the Student practicing identifying reaction types for various problems, with a homework assignment to complete additional practice questions.

The Student and Tutor discussed the Student's current General Chemistry lab, which involves identifying an unknown compound through various tests, and compared it to more rigorous STEM lab formats. The majority of the session was dedicated to the Student completing a practice paper on fundamental chemistry concepts, followed by a thorough review of the answers. For the next session, they plan to cover bonding, molecular structures, and VSEPR theory.

Student and Tutor engaged in a comprehensive review of factors affecting acid strength in Organic Chemistry, including conjugate base stability, charge, electronegativity, atomic size, resonance, inductive effects, hybridization, and aromaticity. They also discussed bond length principles and identified ionic bonds. The session concluded with planning future meetings to prepare for an upcoming quiz, focusing on an unreviewed chapter on alkanes and stereochemistry.

The class focused on organic chemistry, specifically reviewing resonance and arrow pushing. The Tutor then guided the Student through the detailed mechanism of alcohol dehydration via the E1 pathway, practicing with various examples. Key concepts covered included identifying major/minor products based on alkene substitution and applying carbocation rearrangements like hydride shifts, methyl shifts, and ring expansion. The Tutor plans a longer follow-up session to complete the remaining material on dienes.