1. Term 2 - 12W
1.1. Physical quantities and units
1.1.1. Physical quantities
1.1.2. SI units
1.1.3. Scalars and vectors
1.2. Measurement techniques
1.2.1. Measurements
1.2.2. Errors and uncertainties
1.3. Assessment
1.4. Kinematics
1.4.1. Linear Motion
1.4.2. Non-Linear Motion
1.5. Dynamics
1.5.1. Newton’s laws of motion
1.5.2. Linear momentum and its conservation
1.6. Assessment
1.7. Forces, density and pressure
1.7.1. Types of force
1.7.2. Equilibrium of forces
1.7.3. Centre of Gravity
1.7.4. Turning effects of forces
1.8. Assessment
1.9. Work, energy and power
1.9.1. Energy conversion and conservation
1.9.2. Work
1.9.3. Potential energy, kinetic energy and internal energy
1.9.4. Power
1.10. Phases of Matter
1.10.1. Density
1.10.2. Solids, Liquids, Gasses
1.10.3. Pressure in Fluids
1.10.4. Change of Phase
1.11. Deformation of solids
1.11.1. Stress and strain
1.11.2. Elastic and plastic behaviour
1.12. EOT Exam
1.13. Waves
1.13.1. Progressive waves
1.13.2. Transverse and longitudinal waves
1.13.3. Polarisation
1.13.4. Determination of speed, frequency and wavelength
1.13.5. Electromagnetic spectrum
1.14. Superposition
1.14.1. Stationary waves
1.14.2. Diffraction
1.14.3. Interference, two source interference
1.14.4. Diffraction gratings
1.15. Assessment
1.16. Practical Skills ( continuous )
1.16.1. Question 1
1.16.2. Question 2
2. Term 1 - 15W
3. Term - 10W
3.1. Practical Skills ( continuous )
3.1.1. Question 1
3.1.2. Question 2
3.2. Electric fields
3.2.1. Concept of an electric field
3.2.2. Uniform electric fields
3.3. Assessment
3.4. Current of electricity
3.4.1. Electric current
3.4.2. Potential difference
3.4.3. Resistance and resistivity
3.4.4. Sources of Electromotive Force
3.5. D.C. circuits
3.5.1. Practical circuits
3.5.2. Conservation of charge and energy
3.5.3. Balanced potentials
3.6. EOT Exam / Trial Exam
3.7. Nuclear physics
3.7.1. The Nucleus
3.7.2. Isotopes
3.7.3. Nuclear processes