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The session covered problem-solving techniques for physics questions involving forces on inclined planes, including the application of Newton's laws and the concept of friction. The Student practiced resolving forces into components and using Fnet = ma to solve for acceleration and the coefficient of kinetic friction. The homework is to complete the remaining assignment questions, focusing on applying the techniques learned in the session, and to review Fnet equations.

The Student and Tutor reviewed concepts of bias, variability, accuracy, and precision in statistics. They practiced differentiating between parameters and statistics and worked through examples to identify populations, samples, and relevant parameters. The Tutor assigned additional practice questions on identifying statistical components for homework and scheduled a follow-up session to discuss the central limit theorem.

The student and tutor worked through problems related to binomial distributions and their normal approximation. They practiced identifying binomial settings, calculating probabilities, and applying the conditions for normal approximation. The next session will involve sending more assignments to practice interpreting questions and applying statistical concepts.

The Student and Tutor reviewed fundamental concepts in acid-base chemistry, including ions, covalent bonds, pH, and acid strength. The Student worked on identifying acidic solutions based on ion concentrations and determining the location of glycogen in the body. The Student was assigned to memorize the first three rows and key columns of the periodic table.

The Tutor and Student reviewed force concepts and problem-solving strategies, especially for inclined plane scenarios. They discussed static and dynamic equilibrium, friction, and weight components, and how to strategically choose coordinate systems. The Student was assigned practice problems focusing on these concepts for the next session.

The student and Tutor worked through physics problems related to forces, acceleration, and motion. They specifically focused on scenarios involving gravity, air resistance, and normal forces, applying Newton's second law to calculate acceleration and force. The session ended with a plan to complete remaining assignment questions in the next session and a homework assignment was sent to the student via email.