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2.0 FOUNDATIONS OF PHYSICS
2.1 PHYSICAL QUANTITIES AND UNITS
2.2 MAKING MEASUREMENTS AND ANALYSING DATA
2.3 NATURE OF QUANTITIES
3.0 FORCES AND MOTION
3.1 MOTION
3.2 FORCES IN ACTION
3.2.1 DYNAMICS
3.2.2 NON-LINEAR MOTION
3.2.3 DENSITY
3.2.4 PRESSURE
3.2.5 ARCHIMEDES
3.2.6 MOMENTS
3.2.7 COUPLES
3.2.8 CENTRE OF MASS
3.3 WORK, ENERGY AND POWER
3.3.1 WORK AND CONSERVATION OF ENERGY
3.3.2 KINETIC AND POTENTIAL ENERGIES
3.3.3 POWER AND EFFICIENCY
3.4 MATERIALS
3.4.1 HOOKE'S LAW
3.4.2 FORCE-EXTENSION GRAPHS
3.4.3 YOUNG MODULUS 1
3.4.4 YOUNG MODULUS 2
3.5 NEWTON'S LAWS OF MOMENTUM
3.5.1 NEWTON'S 1ST AND 2ND LAWS
3.5.2 NEWTON'S 3RD LAW
3.5.3 MOMENTUM AND IMPULSE
3.5.4 CONSERVATION OF MOMENTUM
3.5.5 ELASTIC AND INELASTIC COLLISIONS
4.0 ELECTRONS, WAVES AND PHOTONS
4.1 CHARGE AND CURRENT
4.2 ENERGY, POWER AND RESISTANCE
4.3 ELECTRICAL CIRCUITS
4.4 WAVES
4.5 QUANTUM PHYSICS
4.5.3 ADVANCED PHOTOELECTRIC EFFECT
5.0 NEWTONIAN WORLD AND ASTROPHYSICS
5.1 THERMAL PHYSICS
5.1.1 THERMAL PROPERTIES OF MATERIALS
5.1.2 SPECIFIC HEAT CAPACITY
5.1.3 SPECIFIC LATENT HEAT
5.1.4 GAS LAWS
5.1.5 IDEAL GASES
5.1.6 MOLECULAR KINETIC THEORY
5.2 CIRCULAR MOTION
5.2.1 CIRCULAR MOTION
5.2.2 ANGULAR VELOCITY
5.2.3 CENTRIPETAL FORCES
5.2.4 APPLICATION OF CENTRIPETAL FORCES
5.3 OSCILLATIONS
5.3.1 SIMPLE HARMONIC OSCILLATORS
5.3.2 SIMPLE HARMONIC MOTION GRAPHS
5.3.3 SIMPLE HARMONIC MOTION ENERGIES
5.3.4 MASS-SPRING SYSTEMS
5.3.5 THE SIMPLE PENDULUM
5.3.6 FREE AND FORCED VIBRATIONS
5.3.7 RESONANCE
5.4 GRAVITATIONAL FIELDS
5.4.1 GRAVITATIONAL FIELD DIAGRAMS
5.4.2 NEWTON'S LAW OF GRAVITATION
5.4.3 GRAVITATIONAL FIELD STRENGTH
5.4.4 GRAVITATIONAL POTENTIAL ENERGY
5.4.5 PLANETARY MOTION
5.5 ASTROPHYSICS AND COSMOLOGY
5.5.1 EVOLUTION OF LOW MASS STARS
5.5.2 EVOLUTION OF HIGH MASS STARS
5.5.3 HERTZSPRUNG-RUSSELL DIAGRAMS
5.5.4 SPECTRAL LINES
5.5.5 LINE SPECTRA
5.5.6 STARS AS BLACK BODIES
5.5.7 ASTRONOMICAL DISTANCES
5.5.8 DOPPLER EFFECT
5.5.9 THE BIG BANG MODEL
5.5.10 EVOLUTION OF THE UNIVERSE
6.0 PARTICLE AND MEDICAL PHYSICS
6.1 CAPACITANCE
6.1.1 CAPACITORS
6.1.2 CAPACITORS IN SERIES AND PARALLEL
6.1.3 PARALLEL PLATE CAPACITORS
6.1.4 CHARGING AND DISCHARGING CAPACITORS
6.1.5 ENERGY STORED BY A CAPACITOR
6.1.6 CHARGE AND DISCHARGE
6.2 ELECTRICAL FIELDS
6.2.1 ELECTRIC FIELD DIAGRAMS
6.2.2 COULOMB'S LAW
6.2.3 ELECTRIC FIELD STRENGTH
6.2.4 MOTION OF CHARGED PARTICLES
6.2.5 ELECTRIC POTENTIAL
6.2.6 ELECTRIC POTENTIAL ENERGY
6.2.7 ELECTRICAL WORK DONE
6.3 ELECTROMAGNETISM
6.3.1 MAGNETIC FIELDS
6.3.2 FORCE ON A CURRENT CARRYING WIRE
6.3.3 FORCE ON A CURRENT CARRYING WIRE PRACTICAL
6.3.4 FORCE ON CHARGED PARTICLES
6.3.5 MOTION OF CHARGED PARTICLES
6.3.6 SPECTROMETERS AND SELECTORS
6.3.7 MAGNETIC FLUX LINKAGE
6.3.8 FARADAY'S LAW
6.3.9 LENZ'S LAW
6.3.10 ELECTROMAGNETIC INDUCTION
6.3.11 SEARCH COIL PRACTICAL
6.3.12 TRANSFORMER 1
6.3.13 TRANSFORMER 2
6.3.14 TRANSFORMER 3
6.4 NUCLEAR AND PARTICLE PHYSICS
6.4.1 ALPHA PARTICLE SCATTERING
6.4.2 NUCLEAR RADIUS AND DENSITY
6.4.3 PARTICLES AND ANTI-PARTICLES
6.4.4 PARTICLE CLASSIFICATION
6.4.5 ALPHA, BETA AND GAMMA
6.5 MEDICAL IMAGING
6.5.1 X-RAYS
6.5.2 PET SCANS
6.5.3 CAT SCANS
6.5.4 MEDICAL TRACERS
6.5.5 ULTRASOUND
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