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