Engage in Interactive Physics Classes with challenging preparation and a variety of teaching approaches to suit your learning style.

The Tutor and Student continued their study of gas laws, practicing problems related to effusion rates, gas density, and molar mass calculations using Graham's Law and the ideal gas law. They also began exploring stoichiometric calculations involving gases. The Tutor assigned the student to re-work a specific problem for follow-up.

The tutor and student reviewed the first law of thermodynamics, focusing on energy conservation, internal energy, heat, and work. They practiced applying these concepts through problem-solving, including calculations for different thermodynamic processes like isothermal and adiabatic expansions. The student was advised to work through provided worksheets and existing tutorial questions to solidify their understanding.

The Student and Tutor reviewed DNA recombination technology, protein synthesis including the central dogma and the TATA box, and various aspects of genetics like RNA roles, mutations, and Mendelian inheritance. They practiced solving multiple-choice questions related to these topics to prepare for an upcoming test.

The student and tutor reviewed Graham's Law of Diffusion and Effusion, practicing problems that calculate relative rates of effusion, determine unknown molar masses, and find gas velocities based on molar masses. They planned to continue with similar problems, potentially covering more complex scenarios next time.

The Student and Tutor reviewed concepts in genetics and cell biology, focusing on chromosomal mutations, cell division, and molecular processes like DNA replication and protein synthesis. They also applied principles of Mendelian genetics and evolution to solve problems, and discussed biotechnology techniques.

The Student and Tutor reviewed types of mutations, DNA replication, and the roles of mRNA and tRNA in protein synthesis. They also covered genetic engineering techniques, including the use of gene probes, restriction enzymes, and viral vectors. The session ended with a discussion of CRISPR technology and its potential applications, along with a practice problem to calculate the number of amino acids from a nucleotide sequence.