Dynamic Chemistry educator fostering interactive learning through practical exercises and visual demonstrations.

The Tutor and Student worked through key concepts in organic chemistry, including the structure of carbon compounds, isomerism, nomenclature of alkanes, alkenes, alkynes, and various functional groups like haloalkanes, alcohols, amines, aldehydes, ketones, and carboxylic acids. They practiced drawing and naming different organic structures and identifying the rules for IUPAC nomenclature.

The Tutor and Student reviewed electrolysis, focusing on reactive electrodes and the Hall-Héroult process for aluminum extraction. They then extensively covered Faraday's laws of electrolysis and their application to electroplating and fuel cells through problem-solving, and concluded with a discussion on sustainable industrial chemistry and process optimization.

The tutor and student reviewed the principles of electrolysis, focusing on predicting products at the anode and cathode in both molten and aqueous solutions using the electrochemical series. They discussed industrial applications such as the Down cell and membrane cells for producing chemicals, and compared electrolytic cells with galvanic cells. The student practiced identifying reaction products and writing overall equations.

The class reviewed the concept of mutations as alterations in DNA sequence, using analogies and historical examples. The tutor explained the types of mutagens (chemical, physical, biological) and their effects, while the student confirmed their understanding. The session also touched upon DNA repair mechanisms.

The Tutor and Student reviewed equilibrium calculations using ICE tables and then delved into Le Chatelier's Principle. They practiced predicting the shift in equilibrium position based on changes in concentration, pressure, and temperature, and discussed the effect of catalysts. The next session will involve practice questions or proceeding to the next chapter.

The Student and Tutor discussed chemical equilibrium, including calculating reaction quotients and equilibrium constants, and using these values to predict the direction a reaction will shift to reach equilibrium. The session introduced ICE tables as a method for solving equilibrium problems. The Student was assigned practice problems involving equilibrium constant calculations and ICE tables for homework.