| Notes
Section A : Heat
Chapter 1 : Temperature, Heat and Internal Energy
1.1 Temperature and
thermometer
1.2 Heat and internal
energy
1.3 Heat capacity and
specific heat capacity
Chapter 2 : Transfer of Heat
2.1
Conduction
2.2
Convection
2.3
Radiation
Chapter 3 : Change of State
3.1 Latent
heat
3.2
Evaporation
Section B : Mechanics
Chapter 4 : Time and Displacement
4.1 Time
4.2
Distance and displacement
Chapter 5 : Motion
5.1 Speed,
velocity and acceleration
5.2 Graphs of
straight line motion
5.3 Producing
motion graphs with a motion sensor
5.4
Equations of motion
5.5 Free fall
motion
Chapter 6 : Force and Motion
6.1 Inertia (Exercise)
6.2 Force and
motion
6.3 Daily life
examples of forces
6.4
Addition and resolution of forces
6.5 Action and
reaction
Chapter 7 : Work, Energy and Power
7.1 Work and
energy
7.2 Kinetic
and potential energy
7.3 Energy
changes
7.4 Power
Chapter 8 : Momentum
8.1 Momentum and changing
momentum
8.2 Conserving
momentum
Section C : Waves
Chapter 9 : Nature of Waves
9.1 Wave
motion (Demo v =
fl)
9.2
Vibrations in wave motion
Chapter 10 : Properties of Waves
10.1
Propagation of waves
10.2 Wave
properties
10.3 Light as a
wave
10.4 Sound as a
wave
Chapter 11 : Light
11.1 Light and
electromagnetic spectrum
11.2
Light waves or light rays?
11.3
Reflection of light (construction)
11.4
Refraction of light
11.5
Total internal reflection
11.6
Lenses (construction : convex | concave)
Chapter 12 : Sound
12.1 Sound
waves
12.2
Musical notes and noise
Section D Electricity and Magnetism
Chapter 13 : Electrostatics
13.1 Electric
charges
13.2 Electric field
Chapter 14 : Electric Circuits
14.1 Charges in
motion
14.2 Electrical energy and
voltage
14.3 Resistance
14.4 Resistors in
series and in parallel
Chapter 15 : Electricity in the home
15.1 Electrical power and
energy
15.2 Mains
electricity
15.3 Household
wiring
Chapter 16 : Electromagnetism
16.1 Magnetic field of
magnets
16.2 Magnetic field of
electric currents
16.3 Magnetic force
on current-carrying wires
16.4 Electric motors
Chapter 17 : Electromagnetic Induction
17.1 Electricity
from magnetism
17.2 Generators
17.3 Transformers
17.4 Generating and
transmitting electrical energy
Section E : Atomic Physics
Chapter 18 : Radiation and Radioactivity
18.1 Man-made
and natural radiation
18.2 Alpha, beta and
gamma radiation
18.3 Radiation
safety
Chapter 19 : Atomic Structure and Radioactive Decay
19.1 The atomic
model
19.2 Radioactive
decay and uses of radioisotopes
Chapter 20 : Nuclear Energy
20.1 Nuclear fission
and fusion
20.2 The big debate - nuclear
power and nuclear weapons
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