Physics  45 days revision plan  2 hours a day
 
Content
Exercises
Day 1
Physical Quantities and Units
 
1.1 Physical quantities
1.2 SI units
1.3 Prefixes
1.4 Scalars and vectors
1.5 Measurement of length and time
 
Day 2
Kinematics
 
2.1 Speed, velocity and acceleration
2.2 Graphical analysis of motion
2.3 Free-fall
 
Day 3
Dynamics
 
3.1 Balanced and unbalanced forces
3.2 Friction
 
Mass, Weight and Density
 
4.1 Mass and weight
4.2 Gravitational field and field strength
4.3 Density
 
Day 4
Turning Effect of Forces
 
5.1 Moments
5.2 Centre of gravity
5.3 Stability
 
Day 5
Pressure
 
6.1 Pressure
6.2 Pressure changes
 
Day 6
Energy, Work and Power
 
7.1 Energy conversion and conservation
7.2 Work
7.3 Power
 
Day 7
Kinetic Model of Matter
 
8.1 States of matter
8.2 Brownian motion
8.3 Molecular model
 
Day 8
Transfer of Thermal Energy
 
9.1 Thermal equilibrium
9.2 Conduction
9.3 Convection
9.4 Radiation
 
Day 9
Temperature
 
10.1 Principles of thermometry
10.2 Liquid-in-glass thermometers
 
Day 10
Thermal Properties of Matter
 
11.1 Specific heat capacity
11.2 Melting, boiling and evaporation
11.3 Specific latent heat
 
Day 11
General Wave Properties
 
12.1 Describing wave motion
12.2 Wave terms
12.3 Longitudinal and transverse waves
 
Day 12
Light
 
13.1 Reflection of light
13.2 Refraction of light
 
Day 13 13.3 Thin converging lenses
Day 14
Electromagnetic Spectrum
 
14.1 Properties of electromagnetic waves
14.2 Applications of electromagnetic waves
 
Day 15
Sound
 
15.1 Sound waves
15.2 Speed of sound
15.3 Ultrasound
 
Day 16
Static Electricity
 
16.1 Laws of electrostatics
16.2 Principles of electrostatics
16.3 Applications of electrostatics
 
Day 17
Current Electricity
 
17.1 Conventional current and electron flow
17.2 Electromotive force
17.3 Potential difference
17.4 Resistance
 
Day 18
D.C. Circuits
 
18.1 Current and potential difference in circuits
18.2 Series and parallel circuits
 
Day 19
Practical Electricity
 
19.1 Electric power and energy
19.2 Dangers of electricity
19.3 Safe use of electricity in the home
 
Day 20
Magnetism
 
20.1 Laws of magnetism
20.2 Magnetic properties of matter
20.3 Magnetic effect of a current
20.4 Applications of the magnetic effect of a current
 
Day 21
Electromagnetism
 
21.1 Force on a current-carrying conductor
21.2 The d.c. motor
 
Day 22
Electromagnetic Induction
 
22.1 Principles of electromagnetic induction
22.2 The a.c. generator
22.3 The transformer
 
Day 23
Introductory Electronics
 
23.1 Use of cathode-ray oscilloscope
23.2 Action and use of circuit components
 
Day 24 23.3 Logic gates and combinations  
Day 25
Nucleus
 
24.1 Composition of a nucleus
24.2 Proton number and nucleon number
24.3 Nuclide notation
 
Day 26
Radioactivity
 
25.1 Detection of radioactivity
25.2 Characteristics of the three types of emission
25.3 Nuclear reactions
25.4 Half-life
25.5 Uses of radioactive isotopes including safety precautions
 
Day 27 Test 1 (must pass)  
Day 28 Test 2 (must pass)  
Day 29 Test 3 (should pass)  
Day 30 Test 4 (good to pass)  
Day 31    
Day 32    
Day 33    
Day 34    
Day 35    
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Day 41    
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Day 43    
Day 44    
Day 45