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1.1Physical quantities and measurement techniques301.2Motion451.3Mass and weight301.4Density24

1.5Forces

1.5.1Effects of forces261.5.2Turning effect of forces211.5.3Centre of gravity21.6Momentum27

1.7Energy, work and power

1.7.1Energy251.7.2Work41.7.3Energy resources161.7.4Power121.8Pressure30

2.1Kinetic particle model of matter

2.1.1States of matter62.1.2Particle model292.1.3Gases and the absolute scale of temperature8

2.2Thermal properties and temperature

2.2.1Thermal expansion of solids, liquids and gases182.2.2Specific heat capacity212.2.3Melting, boiling and evaporation29

2.3Transfer of thermal energy

2.3.1Conduction142.3.2Convection72.3.3Radiation192.3.4Consequences of thermal energy transfer1

3.1General properties of waves47

3.2Light

3.2.1Reflection of light213.2.2Refraction of light303.2.3Thin lenses183.2.4Dispersion of light103.3Electromagnetic spectrum253.4Sound33

4.1Simple phenomena of magnetism30

4.2Electrical quantities

4.2.1Electric charge204.2.2Electric current94.2.3Electromotive force and potential difference134.2.4Resistance274.2.5Electrical energy and electrical power11

4.3Electric circuits

4.3.1Circuit diagrams and circuit components314.3.2Series and parallel circuits294.3.3Action and use of circuit components64.4Electrical safety5

4.5Electromagnetic effects

4.5.1Electromagnetic induction164.5.2The a.c. generator74.5.3Magnetic effect of a current184.5.4Force on a current-carrying conductor84.5.5The d.c. motor94.5.6The transformer22

5.1The nuclear model of the atom

5.1.1The atom175.1.2The nucleus20

5.2Radioactivity

5.2.1Detection of radioactivity25.2.2The three types of nuclear emission205.2.3Radioactive decay155.2.4Half-life285.2.5Safety precautions4

6.1The Earth and the Solar System

6.1.1The Earth96.1.2The Solar System8

6.2Stars and the Universe

6.2.1The Sun as a star96.2.2Stars86.2.3The Universe10

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