Module

Module

F2F	NF2F
66 h	66 h

Week 1 – 2 Coulomb's law (pg: 1 - 2) Electric field (pg: 3 - 4) Electric field a: (pg: 5- 6)	Week 3 Charge in a uniform electric field: (pg: 7- 8) Capacitor & Dielectrics
Week 4 - 5 Electrical conduction, Ohm's law & resitivity, Variation of resistance with temperature, Emf, internal resistance & potential difference, Resistors in series & parallel Kirchoff's rules, Electrical energy & power, Potential divider & Potentiometer	Week 6 - 7 Magnetism Tutorial 4/ Suggested answer
Week 8 - 9 Magnetic flux, Induced emf: (pg: 1 - 3), (pg: 4 - 5), (pg: 6 - 9) Tutorial 5/ Suggested answer	Week 10 - 12 Tutorial 6/ Suggested answer AC: (pg: 1 - 2) AC: (pg: 3 - 4)
Week 13 - 14 GO1/ Spherical mirror GO2/ Refraction @Spherical Surface GO3/ Lenses	Week 15 PO1/ Huygen's Principle  PO2/ Young's Double Slit PO3/ Thin film PO4/ Diffraction/ single slit PO5/ Diffraction grating
Week 16 Quantum world Photoelectric effect Justification of photoelectric effect Graphs	Week 17 Wave properties of particle
Week 18 Binding Energy & Mass Defect Radioactive Radioactivity/ Decays Introduction to Particle Physics