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

The tutor and student worked on understanding and writing electron configurations for elements. They practiced applying the Aufbau principle, learned about condensed notation using noble gases, and reviewed concepts like quantum numbers and core/valence electrons. The periodic table's structure and relation to chemical behavior were also discussed, with plans for continued practice.

The student and tutor reviewed concepts related to electromagnetic radiation, including calculating photon energy, wavelength, and frequency, and identifying regions of the electromagnetic spectrum. They also worked through problems on atomic electron configurations, distinguishing inner, outer, and valence electrons for various elements and ions. The next session is planned for the following week.

The Student and Tutor reviewed the wave-particle duality of light, including properties like wavelength, frequency, and the concept of photons. They practiced calculations involving photon energy and frequency, and discussed experiments and atomic models that illustrate this duality. The session also included a brief overview of atomic orbitals and nodes.

The tutor and student explored the dual nature of light, discussing its properties as both a wave and a particle. They reviewed wave characteristics, electromagnetic waves, the photoelectric effect, and the concept of photons, including relevant equations like E=hv. The session concluded with practice on applying these concepts to solve a problem.

The tutor and student worked through several quantitative chemistry problems, focusing on calculating molarity, mole fraction, mass percentage, and vapor pressure. They practiced applying relevant formulas and converting units to solve these problems, with the tutor providing explanations and step-by-step guidance.

The Student and Tutor reviewed the Law of Constant Composition and practiced numerous unit conversion problems, including mass, volume, and power. They worked through various examples, ensuring the Student understood the calculations and the importance of accurate conversion factors for upcoming assessments.