Science Tutor- chemistry, biochemistry, physics, psychology, and biology for all ages, also can tutor MCAT and SAT math

The session primarily focused on reviewing the Student's chemistry homework, covering topics such as hybridization, resonance structures, bond length, formal charge, and molecular geometry. The Tutor systematically explained core concepts related to multiple bonds, sigma and pi bonds, atomic radius, and bond order, working through specific problems and clarifying areas of confusion. The Student was encouraged to seek additional perspectives on particularly challenging questions.

Student and Tutor reviewed the concepts of electron domain and molecular geometries, including their names, shapes, and bond angles. They then moved on to calculating formal charge to determine the best Lewis structures, and discussed molecular polarity, distinguishing between polar and nonpolar molecules. The Student practiced applying these concepts to various molecular structures, and flashcards were recommended for memorization.

The Student and Tutor reviewed Lewis structures, focusing on the octet rule, calculating valence electrons, and the step-by-step process of drawing structures including those with double/triple bonds and expanded octets. They also began discussing molecular geometries, differentiating between electron pair and molecular shapes. The Tutor offered to upload notes for the Student to use for their upcoming quiz.

The Student and Tutor reviewed chemical reactions, focusing on writing and balancing complete and net ionic equations, including the concepts of aqueous solutions, ion solvation, and precipitates. They practiced applying solubility rules to predict product states and were introduced to electrolytes, acids, and bases, covering proton donation/acceptance and neutralization reactions. The Tutor plans to check with the student regarding the required level of memorization for solubility rules.

Student and Tutor reviewed key concepts in chemical kinetics, including interpreting potential energy diagrams, understanding activation energy and enthalpy changes (delta H), and explaining the effect of catalysts on reaction rates. They also practiced determining rate laws and overall reaction orders from experimental data. The Tutor committed to uploading session notes to a shared Google Doc for the Student's quiz preparation.

The Student and Tutor reviewed various chemical reactions, including balancing equations and identifying five major types: combination, decomposition, combustion, single replacement, and double replacement. They practiced writing chemical formulas, determining charges for ionic and polyatomic compounds, and discussed concepts like diatomic elements and standard states. The Tutor provided notes and encouraged further practice to prepare for upcoming class material.