Physics

This term begins with Simple A.C. Circuits, introducing the principles of alternating current and its applications in electrical systems. The curriculum then moves into atomic structure, covering Models of the Atom and the Nucleus, providing foundational understanding of atomic behavior and nuclear properties. Students explore advanced topics like Energy Quantization and the Duality of Matter, where quantum theory is introduced to explain the behavior of particles at microscopic levels.

In the latter part of the term, attention shifts to practical applications of physics. Topics include Battery Electroplating and the Application of Electromagnetic Fields, highlighting how physics principles are used in industries. Students also study Transmission Systems, understanding how electricity and signals are transmitted over distances, and conclude with the Conduction of Electricity in Gases, which ties into concepts used in devices like neon lights and plasma screens. The term offers a balanced mix of theoretical physics and real-world applications.