Experience interesting Chemistry and Biology Teacher with eye opening teaching approach that helps learners grasp the subject

The Tutor and Student reviewed the principles of rigid and non-rigid rotor models in molecular spectroscopy. They discussed energy levels, rotational quantum numbers, degeneracy, selection rules, and various types of molecular rotors. The session also covered the concept of centrifugal distortion and applications in fields like astronomy, with practice questions reinforcing these concepts.

The student and tutor reviewed the functions, structure, and contraction mechanisms of muscle tissue, including the sliding filament theory, isotonic and isometric contractions, and rigor mortis. They also worked through practice quiz questions to reinforce understanding of skeletal muscle physiology.

The session reviewed the nervous system's structure and function, including neuron types, action potentials, and neurotransmitters. The student practiced differentiating between depolarization and hyperpolarization and understanding the roles of sodium and potassium. The Tutor assigned flashcards, and they planned to discuss muscle tissue in the next session to prepare for an upcoming quiz.

The Tutor and Student reviewed muscle anatomy, neuromuscular junctions, fiber types, and energy systems. The Student practiced defining key terms and answering questions related to muscle contraction, metabolism, and fiber types. The Student was assigned practice questions and diagrams for further review.

The Student and Tutor engaged in a detailed review of concepts related to chemical bonding and molecular structure, focusing on electron delocalization, resonance, conjugation, and electronegativity. They practiced identifying polar bonds and molecules and calculating bond order. The session involved solving various practice problems to reinforce these topics.

The class covered stoichiometry, including calculating limiting reactants, moles of products, masses of reactants and products, and percent yield. The student practiced solving problems involving balanced chemical equations, mole ratios, molar masses, and conversions between mass and moles, as well as density calculations. The next session will continue these topics, potentially with new material.