Learn AP Chemistry the IITian Way — Smart Concepts, Smarter Results and In Depth Knowledge .

The tutor and student reviewed organic chemistry concepts including retrosynthesis, synthons, synthetic equivalents, and reaction selectivity. They practiced identifying disconnections and discussed different types of selectivity using examples of reducing agents and electrophilic additions. The tutor emphasized the importance of understanding basic name reactions and mechanisms for future problem-solving, scheduling a follow-up session to cover these topics in more detail.

The tutor and student initiated a review of organic synthesis, focusing on retrosynthetic analysis and key concepts like disconnections and protecting groups. They practiced identifying synthons and synthetic equivalents, and discussed Grignard reagents and Aldol condensation. The session concluded with an introduction to carbon-heteroatom bond disconnections, with plans for further practice and revision.

The tutor and student reviewed concepts of acid-base titration, including net ionic equations, molarity calculations using M1V1=M2V2, indicator selection based on equivalence point pH, and pH calculations at the half-equivalence point using Ka and concentration. They also practiced sketching titration curves and determining species concentration based on pH.

The tutor and student worked through a series of chemistry problems covering chemical equilibrium, amino acids, thermochemistry, titration, spectrophotometry, gas laws, and redox reactions. They practiced calculations related to Ksp, molarity, gas pressure, and equilibrium constants, and discussed concepts like zwitterions, hydrogen bonding, and the common ion effect. The session concluded with a review of the tutor's syllabus.

The tutor and student worked through several chemistry problems covering ionic equilibrium, solubility product constants, thermochemistry, and stoichiometry. They practiced calculations involving mass, moles, heat transfer, and limiting reactants, with plans to review the concept of limiting reagents further.

The tutor and student worked through a variety of chemistry problems, covering topics such as entropy, dissociation, electrochemistry, stoichiometry, and chemical equilibrium. They practiced applying concepts like Le Chatelier's principle and rate laws, and the student was guided through problem-solving techniques for quantitative and qualitative questions. The session included a review of reaction orders and the calculation of equilibrium constants.