What You Will Learn

1. Solve and apply quadratic equations, polynomial functions, and trigonometric identities to model and interpret real-world problems.
2. Analyse and construct conic sections and explore their applications in engineering, physics, and everyday motion.
3. Use differentiation and integration techniques to interpret motion, calculate rates of change, and find areas under curves.
4. Apply combinatorial and probabilistic reasoning to predict outcomes and make data-driven decisions.
5. Demonstrate understanding of forces, motion, and dynamics by solving equilibrium and projectile problems using mathematical principles.