1.1 PHYSICAL QUANTITIES AND MEASUREMENT TECHNIQUES

• 1.1.7 RESULTANT TWO VECTORS

1.2 MOTION

• 1.2.3 AVERAGE SPEED

• 1.2.4-6 MOTION GRAPHS CORE

• 1.2.7 DISTANCE TRAVELLED

• 1.2.9 ACCELERATION

1.3 MASS AND WEIGHT

• 1.3.3 WEIGHT

1.4 DENSITY

• 1.4.1 DENSITY EQUATION

1.5 FORCES

• 1.5.1 EFFECTS OF FORCES

  • 1.5.1.3 RESULTANT FORCES

  • 1.5.1.9 SPRING CONSTANT

• 1.5.2 TURNING EFFECT OF FORCES

  • 1.5.2.2 MOMENT

  • 1.5.2.5 PRINCIPLE OF MOMENTS

• 1.5.3 CENTRE OF GRAVITY

1.6 MOMENTUM

• 1.6.2 IMPULSE

1.7 ENERGY, WORK AND POWER

• 1.7.1 ENERGY

  • 1.7.1.3-6 CONSERVATION OF ENERGY

• 1.7.3 ENERGY RESOURCES

• 1.7.4 POWER

1.8 PRESSURE

• 1.8.1 PRESSURE EQUATION

• 1.8.4 FLUID PRESSURE

2.1 KINETIC PARTICLE MODEL OF MATTER

• 2.1.1 STATES OF MATTER

• 2.1.2 PARTICLE MODEL

• 2.1.3 GASES AND THE ABSOLUTE SCALE OF TEMPERATURE

2.2 THERMAL PROPERTIES AND TEMPERATURE

• 2.2.1 THERMAL EXPANSION OF SOLIDS, LIQUIDS AND GASES

• 2.2.2 SPECIFIC HEAT CAPACITY

• 2.2.3 MELTING, BOILING AND EVAPORATION

2.3 TRANSFER OF THERMAL ENERGY

• 2.3.1 CONDUCTION

• 2.3.2 CONVECTION

• 2.3.3 RADIATION

• 2.3.4 CONSEQUENCES OF THERMAL ENERGY TRANSFER

3.1 GENERAL PROPERTIES OF WAVES

3.2 LIGHT

• 3.2.1 REFLECTION OF LIGHT

• 3.2.2 REFRACTION OF LIGHT

• 3.2.3 THIN LENSES

  • 3.2.3.8 VISION CORRECTION

• 3.2.4 DISPERSION OF LIGHT

3.3 ELECTROMAGNETIC SPECTRUM

3.4 SOUND

4.1 SIMPLE PHENOMENA OF MAGNETISM

4.2 ELECTRICAL QUANTITIES

• 4.2.1 ELECTRICAL CHARGE

• 4.2.2 ELECTRIC CURRENT

• 4.2.3 ELECTROMOTIVE FORCE AND POTENTIAL DIFFERENCE

• 4.2.4 RESISTANCE

• 4.2.5 ELECTRICAL ENERGY AND ELECTRICAL POWER

4.3 ELECTRICAL CIRCUITS

• 4.3.1 CIRCUIT DIAGRAMS AND CIRCUIT COMPONENTS

• 4.3.2 SERIES AND PARALLEL CIRCUITS

  • 4.3.2.5-7 PARALLEL CIRCUITS CORE

  • 4.3.2.8-10 PARALLEL CIRCUITS EXTENDED

• 4.3.3 ACTION AND USE OF CIRCUIT COMPONENTS

4.4 ELECTRICAL SAFETY

4.5 ELECTROMAGNETIC EFFECTS

• 4.5.1 ELECTROMAGNETIC INDUCTION

• 4.5.2 THE A.C. GENERATOR

• 4.5.3 MAGNETIC EFFECT OF A CURRENT

• 4.5.4 FORCE ON A CURRENT-CARRYING CONDUCTOR

• 4.5.5 THE D.C. MOTOR

• 4.5.6 THE TRANSFORMER

  • 4.5.6.1-5 TRANSFORMERS CORE

  • 4.5.6.3 TRANSFORMER EQUATION

  • 4.5.6.6-8 TRANSFORMERS EXTENDED

5.1 THE NUCLEAR MODEL OF THE ATOM

• 5.1.1 ATOMIC MODEL

• 5.1.2 NUCLEUS

  • 5.1.2.4 NUCLIDE NOTATION

  • 5.1.2.5 ISOTOPES

5.2 RADIOACTIVITY

• 5.2.1 DETECTION OF RADIOACTIVITY

• 5.2.2 THE THREE TYPES OF NUCLEAR EMISSION

  • 5.2.2.3 ELECTRIC AND MAGENTIC FIELDS AND RADIATION

• 5.2.3 RADIOACTIVE DECAY

• 5.2.4 HALF-LIFE

  • 5.2.4.1A HALF-LIFE GRAPHS

  • 5.2.4.1B HALF-LIFE CALCULATIONS

• 5.2.5 SAFETY PRECAUTIONS

6.1 EARTH AND THE SOLAR SYSTEM

• 6.1.1 THE EARTH

• 6.1.2 THE SOLAR SYSTEM

6.2 STARS AND THE UNIVERSE

• 6.2.1 THE SUN AS A STAR

• 6.2.2 STARS

• 6.2.3 THE UNIVERSE