Dynamic Chemistry Educator: Enhancing Understanding Through Interactive Methods and Tailored Lessons.

Jesna James provided a comprehensive quantum mechanics lesson to Chloe, covering fundamental principles like the Heisenberg Uncertainty Principle and the Schrödinger equation, alongside practical aspects such as quantum numbers and the rules for filling atomic orbitals. They actively worked through examples, discussing how these concepts are applied to determine electronic configurations, a crucial skill for Chloe's upcoming chemistry and plant biology exams.

Jesna and Chloe's quantum mechanics lesson covered Rutherford's atomic model, Planck's quantum theory, atomic spectra, wave-particle duality, and Heisenberg's Uncertainty Principle. A significant part of their discussion focused on how the Uncertainty Principle resolves the 'death spiral' problem and ensures atomic stability. Chloe was encouraged to review the line spectrum of hydrogen and combine the concepts from today's and yesterday's lessons.

Jesna James tutored Angel Madamekar on the principles, classifications, and techniques of chromatography, including column, partition, and paper chromatography. They analyzed chromatograms and discussed retention times. Angel is to message Jesna with specific stoichiometry topics for the next session, which will focus on numerical problem-solving.

Jesna and Chloe discussed energy in chemical bonding, attractive and repulsive forces, potential and kinetic energy, and bond dissociation energy. They also covered the calculation of binding energy using Coulomb's law and Rutherford-Bohr model. Jesna introduced quantum mechanics and its applications, planning to delve deeper into Rutherford's model and more advanced quantum mechanics topics in the next session.

Jesna tutored Angel on intermolecular forces, including dipole-dipole interactions, hydrogen bonding, and VSEPR theory. They worked through problems related to these concepts. Angel will send Jesna the syllabus for chromatography (Chapter 19) and stoichiometry (Chapters 10 and 11) to prepare for future sessions, and their next session will focus on chromatography.

Jesna and Michelle concluded their chemistry sessions by reviewing the 12 principles of green chemistry, with a focus on catalysis and energy efficiency. They discussed the economic, environmental, and safety implications of energy efficiency in chemical processes. Jesna offered Michelle options to renew the subscription or transfer remaining lessons and also provided information about her career counseling services.