TERM 2 schedule
- 4-6 Densities
- U6 Two PDs ( Curie temp and Diode response to temperature change)
Test paper review for form 4 and 5
Week 2
Labs
- 5-7 - Heat liberated by 1 g candle
- 5-5- Heat liberated by 1 g candle
- U6 -Transistor lab
5-5 Complete electricity, Magnet Dipole theory
5-7 Start electrostatics ( MAKE handout)
4-6 Machines, assignment on Sustainable energy given( 6 week duration)
U6 Logic Gates- Gates, Nand combinations, Flip Flops, Binary Code
Week 3
Labs
- 5-5- Field patterns of magnets
- 5-7- Field patterns of magnets
- 4-6- Relative Density of Methylated Spirit
- U6- Half-life analogy ( using decay of malta foam)
5-5 Magnetism ( Grip rule , FLHR, applications)
5-7 Circuits
4-6 Principle of moments
U6 Logic Gates- Questions and review
Week 4
Labs
- 5-5 Resistance of an unknown resistor
- 5-7 Resistance of an unknown resistor
- U6- Investigating inverse square law in Magnetism
5-5 Magnetism - induction, FRHR, applications, transformers
5-7 Electricity in the home, fuses, high tension wires
4-6 Hydrostatics- pressure ( solids and liquids) properties of liquids, hydraulic machine
U6 Module 3 Modern Physics- Photoelectric Effect, Particulate nature of matter. Wave Duality, X-rays, Line and absorption spectra.
Week 5
Labs
- 5-5 Half Life Analogy( using coins)
- 5-7 Half Life Analogy( using coins)
- 4-6 Verify principle of moments
5-5Transformers, AC, Photoelectric effect
5-7 Magnetism ( Grip rule , FLHR, applications)
4-6 Atmospheric pressure, Barometers
U6 - Nuclear energy- binding energy, mass defect, binding per nucleon, , Review GM experiment and its implications , Radioactive emissions.
Week 6
Labs
- 5-5 Determine the specific heat capacity of brass
- 5-7 Determine the specific heat capacity of brass
5-5 Evolution of Atomic model
5-7 Magnetism- Induction, FRHR, applications, transformers
4-6 Archimedes Principle, Floating and sinking
U6 Millikan Oil drop and implications, Decay equations, saftey, Use of radioactive materials.
