| Science - Physics and Chemistry 90 days revision plan 4 hours a day | ||
Content |
Exercises |
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| Day 1 AM |
Physical Quantities and Units |
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| 1.1 Measurement of length and time | ||
| Day 1 PM |
Experimental Chemistry |
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| 1.1 Experimental design 1.2 Methods of purification and analysis |
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| Day 2 AM |
Kinematics |
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| 2.1 Speed, velocity and acceleration 2.2 Graphical analysis of motion 2.3 Free-fall |
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| Day 2 PM |
1.3 Identification of ions and gases | |
| Day 3 AM |
Dynamics |
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| 3.1 Motion 3.2 Friction |
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| Day 3 PM |
Kinetic Particle Theory |
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| describe the solid, liquid and gaseous states of matter and explain their interconversion in terms of the kinetic particle theory and of the energy changes involved | ||
| Day 4 AM |
Mass, Weight and Density |
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| 4.1 Mass and weight 4.2 Density |
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| Day 4 PM |
Atomic Structure |
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| 3.1 Atomic structure 3.2 Isotopes |
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| Day 5 AM |
Turning Effect of Forces |
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| 5.1 Moments 5.2 Centre of gravity 5.3 Stability |
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| Day 5 PM |
Structure and Properties of Materials |
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| describe the differences between elements, compounds and mixtures | ||
| Day 6 AM |
Energy, Work and Power |
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| 6.1 Energy conversion and conservation 6.2 Work 6.3 Power |
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| Day 6 PM |
Ionic bonding |
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| 5.1 Ion formation 5.2 Ionic bond formation |
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| Day 7 AM |
Transfer of Thermal Energy |
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| 7.1 Conduction 7.2 Convection 7.3 Radiation |
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| Day 7 PM |
Covalent Bonding |
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| 6.1 Covalent bond formation 6.2 Physical properties of covalent substances |
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| Day 8 AM |
Temperature |
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| 8.1 Principles of thermometry 8.2 Liquid-in-glass thermometers |
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| Day 8 PM |
Formulae, Stoichiometry and the Mole Concept |
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| 7.1 Formulae 7.2 Equations |
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| Day 9 AM |
Thermal Properties of Matter |
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| 9.1 Melting, boiling and evaporation | ||
| Day 9 PM |
7.3 Stoichiometric calculations | |
| Day 10 AM |
WAVES |
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| 10.1 Describing wave motion 10.2 Wave terms 10.3 Longitudinal and transverse waves |
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| Day 10 PM |
Energy from Chemicals |
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| 8.1 Exothermic and endothermic reactions | ||
| Day 11 AM |
Light |
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| 11.1 Reflection of light 11.2 Refraction of light |
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| Day 11 PM |
Chemical Reactions |
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| 9.1 Speed of reaction | ||
| Day 12 AM |
11.3 Thin converging lenses | |
| Day 12 PM |
9.2 Redox | |
| Day 13 AM |
Electromagnetic Spectrum |
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| 12.1 Properties of electromagnetic waves | ||
| Day 13 PM |
The Chemistry and Uses of Acids, Bases and Salts |
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| 10.1 Characteristic properties of acids | ||
| Day 14 AM |
Sound |
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| 13.1 Sound waves 13.2 Speed of sound |
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| Day 14 PM |
10.1 Characteristic properties of bases | |
| Day 15 AM |
Static Electricity |
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| 14.1 Principles of electrostatics | ||
| Day 15 PM |
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| Day 16 AM |
Current Electricity |
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| 15.1 Electric current 15.2 Electromotive force |
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| Day 16 PM |
10.2 Preparation of salts | |
| Day 17 AM |
15.3 Potential Difference 15.4 Resistance |
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| Day 17 PM |
The Periodic Table |
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| 11.1 Periodic trends | ||
| Day 18 AM |
D.C. Circuits |
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| 16.1 Current and potential difference in circuits |
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| Day 18 PM |
11.2 Group properties | |
| Day 19 AM |
16.2 Series and parallel circuits | |
| Day 19 PM |
Properties of Metals |
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| 12.1 Physical properties | ||
| Day 20 AM |
Practical Electricity |
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| 17.1 Electric power and energy 17.2 Dangers of electricity 17.3 Safe use of electricity in the home |
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| Day 20 PM |
12.2 Alloys | |
| Day 21 AM |
Magnetism |
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| 18.1 Laws of magnetism 18.2 Magnetic properties of matter |
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| Day 21 PM |
Reactivity Series |
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| 13.1 Order of reactivity | ||
| Day 22 AM |
Electromagnetic Induction |
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| 19.1 Principles of electromagnetic induction | ||
| Day 22 PM |
Extraction of Metals |
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| 14.1 Metal ores 14.2 Recycling metals |
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| Day 23 AM |
19.2 The a.c. generator 19.3 The transformer |
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| Day 23 PM |
Iron |
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| 15.1 The blast furnace 15.2 Steel 15.3 Prevention of rusting |
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| Day 24 AM |
Nucleus |
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| 20.1 Composition of a nucleus 20.2 Proton number and nucleon number 20.3 Nuclide notation |
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| Day 24 PM |
Aluminium |
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| state the uses of aluminium and relate the uses to the properties of this metal and its alloys | ||
| Day 25 AM |
Radioactivity |
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| 21.1 Detection of radioactivity 21.2 Characteristics of the three types of emission |
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| Day 25 PM |
Atmosphere and Environment |
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| 17.1 Air 17.2 Water |
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| Day 26 AM |
21.3 Nuclear reactions 21.4 Half-life 21.5 Uses of radioactive isotopes including safety precautions |
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| Day 26 PM |
Organic Chemistry |
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| Crude oil | ||
Fuels |
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| 19.1 Natural gas and petroleum as energy sources 19.2 Fractional distillation |
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| Day 27 AM |
Test 1 (must pass) | |
| Day 27 PM |
Alkanes |
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| 20.1 Homologous series 20.2 Properties of alkanes |
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Alkenes |
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| 21.1 Cracking 21.2 Saturated and unsaturated hydrocarbons |
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Alcohols |
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| 22.1 Combustion and oxidation 22.2 Ethanol and its uses |
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Carboxylic acids |
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| 23.1 Ethanoic acid formation | ||
| Day 28 AM |
Test 2 (must pass) | |
| Day 28 PM |
Macromolecules |
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| 24.1 Monomers and polymers 24.2 Man-made fibres 24.3 Pollution 24.4 Natural macromolecules |
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| Day 29 AM |
Test 3 (must pass) | |
| Day 29 PM |
Test 4 (must pass) | |
| Day 30 AM |
Test 5 (should pass) | |
| Day 30 PM |
Test 6 (good to pass) | |
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| Day 90 | ||