ELECTRICITY
1.1 The electrostatic force
1.1.1 The electric charge
1.1.2 Coulomb’s Law
1.2 The electric field
1.2.1 The concept of electric field
1.2.2 Computing the electric field
1.2.3 Gauss’s Law (Qualitative study only)
1.3 The electric potential
1.3.1 Electric potential
1.3.2 Potential difference and work done
1.3.3 Equipotential lines
1.4 Capacitance
1.4.1 Parallel plate capacitor
1.4.2 Dielectric constant
1.4.3 Capacitors in series and parallel
1.4.4 Energy stored in a capacitor
1.5 Current and resistance
1.5.1 Resistance and resistivity
1.5.2 Ohm’s Law
1.5.3 DC circuits
1.5.3.1 Series and parallel circuits (current, voltage and power)

MAGNETISM
2.1 Magnetic fields
2.1.1 Magnetic field lines
2.2 Magnetic force on a moving charge
2.3 Magnetic force on a current-carrying wire
2.4 Ampere’s Law
2.4.1 Calculation of magnetic field on a long straight wire, circular loop and long solenoid
2.5 Magnetic torque on a loop
2.6 Electromagnetic induction
2.6.1 Magnetic flux
2.6.2 Faraday’s Law of induction
2.6.3 Generator
2.6.3.1 emf induced
2.6.4 Self-inductance
2.6.4.1 Energy stored in an inductor

ALTERNATING CURRENT CIRCUITS
3.1 RMS, peak value and phasor diagram
3.2 Resistor in an AC circuit
3.3 Capacitor in an AC circuit
3.4 Inductor in an AC circuit
3.5 The RLC series circuit
3.6 Power in an AC circuit
3.7 Ideal transformer

LIGHT AND OPTICS
4.1 Introduction to waves
4.1.1 Simple harmonic motion (Spring system,pendulum, displacement equation)
4.1.2 Transverse wave, longitudinal wave
4.1.3 Wave equation
4.2 Electromagnetic waves
4.2.1 Properties of electromagnetic waves
4.2.2 The spectrum of electromagnetic waves
4.3 Refraction of light
4.3.1 Law of refraction
4.3.2 Snell’s Law
4.3.3 Total Internal Reflaction
4.4 Lenses
4.4.1 Converging and diverging lenses (calculation involving combination of lenses are not included)
4.4.2 Ray diagram
4.5 Interference
4.5.1 Conditions for interference
4.5.2 Young’s Double Slit Experiment

Q1 : What is Physics?
A1 : Physics is fun