Informative Math lessons with problem solving and interactive focus on maths learning concepts and all .

The Student and Tutor reviewed probability concepts, binomial distribution, and probability distribution. They also worked on finding critical points, sketching graphs, finding tangent equations, and solving optimization problems using derivatives. Finally, they worked through arithmetic and geometric sequence problems. The next session is scheduled to continue with reviewing practice papers.

The session involved a review of sequences and series, probability, and calculus. The student practiced applying formulas and techniques for finding terms, sums, probabilities, derivatives, and integrals. The student also worked on sketching graphs and identifying key features like stationary points and intercepts, with plans to continue practice in the next session.

The Tutor guided the Student through problems involving discrete random variables, expected value, binomial distribution, and integration. The Student practiced calculating probabilities, expected values, binomial coefficients, indefinite integrals, and definite integrals. They were assigned practice problems from past exam papers to prepare for an upcoming exam.

The Tutor and Student discussed probability, including sample spaces, events, disjoint events, and probability calculations involving coins and dice. They reviewed formulas for unions and intersections of events, and practiced applying these concepts to various scenarios. The tutor assigned further practice problems for the next session.

The Student and Tutor covered local maxima and minima, stationary points, and increasing/decreasing functions. The Student practiced using the first and second derivative tests to classify stationary points. They also worked through optimization word problems, setting up functions and finding their maximum or minimum values using calculus.

The Student and Tutor reviewed differentiation rules, including the power rule, sum/difference rule, and derivatives of trigonometric, exponential, and logarithmic functions. They then covered product, quotient, and chain rules, working through examples. The session ended with an introduction to tangent lines and motion problems involving derivatives, with plans to continue these topics in the next session.