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Manisha and Ekta engaged in a chemistry lesson where they reviewed atomic structure, Bohr's model, quantum numbers, and the principles governing orbital filling. Their discussion also covered electronic configurations, exchange energy, and magnetic properties like diamagnetism and paramagnetism. Ekta was asked to inform her parents about renewing her Wingi subscription and to decide on a suitable time for their next class.

Manisha and Ekta continued their chemistry lesson by reviewing the hydrogen spectrum, the limitations of Bohr's model, Summerfield's model, the photoelectric effect, and quantum numbers. Ekta actively practiced identifying quantum numbers and understanding their significance. As a follow-up, Ekta was asked to send her notes to Manisha.

Manisha and Ekta reviewed core chemistry concepts, including atomic structure, electromagnetic radiation, and electron configurations, before moving on to Bohr's model of the atom and the hydrogen spectrum. Ekta actively practiced applying formulas and understanding the relationships between energy levels and spectral series. She was assigned to review the material and send any questions before their next lesson, where they will discuss the limitations of Bohr's model.

Following up on their previous chemistry lesson, Manisha and Ekta delved deeper into the fascinating world of quantum mechanics, discussing electromagnetic radiation, black body radiation, the photoelectric effect, and the dual nature of light. Ekta diligently practiced defining these complex concepts and understanding their interconnections. To reinforce her understanding, Manisha assigned three worksheets and electronic configuration practice for elements 1-30, all to be completed before their next class on August 31st.

Manisha and a student from Texas Tech University in Lubbock reviewed atomic structure, the periodic table, wave nature, electromagnetic radiation, Planck's quantum theory, and the nature of light. They practiced applying formulas and definitions related to these topics. Homework includes reviewing the material covered, particularly double displacement reactions and nomenclature, and preparing for a worksheet on balancing equations and naming compounds. The next lesson is scheduled for 2:30 and will cover black body radiation, the photoelectric effect, SP2 and SP3 hybridization.

Manisha and Ekta engaged in a comprehensive chemistry lesson, where they reviewed the first 30 elements and delved into the structure and blocks of the periodic table (S, P, D, F). The discussion also encompassed Dalton's postulates, subatomic particles, Rutherford's experiment and its limitations, and an introduction to waves, covering wavelength, amplitude, frequency, and velocity. For their next class, Ekta was tasked with studying electromagnetic radiation (EMR).