Physics Form 3

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Physics Form 3

Course description
  • Course Features
  • Collage Secondary
  • No of Lectures 86
  • Certification No

Level

Form Three

No of lectures
  • CH 1 Lesson 1 24 min
  • CH 1 Lesson 2 24 min
  • CH 1 Lesson 3 24 min
  • CH 1 Lesson 4 24 min
  • CH 1 Lesson 5 24 min
  • CH 1 change of state 24 min
  • CH 1 factors affecting 24 min
  • CH 1 Factors affecting Part 2 24 min
  • CH 1 Latent heat 24 min
  • CH 1 Heating and cooling curves 24 min
  • CH 1 Experimental measure of specific latent heat 24 min
  • CH 1 Applications of latent heat 24 min
  • CH 1 Boyles and Charles law 24 min
  • CH1 13 Pressure law 24 min
  • CH 1 combined gas equation 24 min
  • CH 1ideal gas law 24 min
  • CH 2 Introduction 24 min
  • CH 2 Charging Objects 24 min
  • CH 2 charging by rubbing 24 min
  • CH 2 charging by conduction 24 min
  • CH 2 Electroscope 24 min
  • CH 2 Quantity of charge 24 min
  • CH 2 Coulombs law 24 min
  • CH 2 Calculations of coulombs law 24 min
  • CH 2 Electric field 24 min
  • CH 2 Electric field strength 24 min
  • CH 2 Electric potential 24 min
  • CH 2 Application of electrostatics 24 min
  • CH 2 Capacitors 24 min
  • CH2 Capacitor network Part 1 24 min
  • CH2 Capacitors in parallel 24 min
  • CH 2 capacitors in series 24 min
  • CH 2 Uses of Capacitors 24 min
  • CH 3 Introduction to Current Electricity 24 min
  • CH 3 Current 24 min
  • CH 3 Voltage 24 min
  • CH 3 Resistors 24 min
  • CH 3 Resistance and Temperature 24 min
  • CH 3 Resistivity 24 min
  • CH 3 Ohms law 24 min
  • CH 3 Resisters color code 24 min
  • CH 3 Combination of Resistors - Resistance in Serial 24 min
  • CH 3 Resistor in Parallel 24 min
  • CH 3 examples of parallel resistors 24 min
  • CH 3 Bulbs and Internal resistance 24 min
  • CH 3 Kirchhoffs laws 24 min
  • CH 3 Direct Current and Alternating Current 24 min
  • CH 3 Safety devices - switch 24 min
  • CH 3 Safety devices - fuse and breaker 24 min
  • CH 3 Electric Power and Lamps 24 min
  • CH 3 Domestic Wiring 24 min
  • CH 3 Electrical Energy 24 min
  • CH 3 Electricity cost 24 min
  • CH 4 Semiconductors and Band Theory 24 min
  • CH 4 Semiconductors 24 min
  • CH 4 Diode N-type semiconductor 24 min
  • CH 4 Uses of diodes 24 min
  • CH 4 L Uses of diodes - Rectification 24 min
  • CH 4 Functions of some basic electronic Components 24 min
  • CH 4 Uses of Thermistors 24 min
  • CH 4 Reed switch and Transistor 24 min
  • CH 4 Transistor 24 min
  • CH 4 Logic gates 24 min
  • CH 4 Combination of logic gates 24 min
  • CH 4 Application of Logic gates 24 min
  • CH 4 Thermionic Emission 24 min
  • CH 4 The Cathode-Ray Oscilloscope ( CRO ) 24 min
  • CH 5 Electromagnetic waves 24 min
  • CH 5 Gamma rays 24 min
  • CH 5 X-rays 24 min
  • CH 5 ultraviolet 24 min
  • CH 5 Visible light 24 min
  • CH 5 Infrared and radio waves 24 min
  • CH 5 Radio waves and microwaves 24 min
  • CH 6 Refraction of light 24 min
  • CH 6 Index of refraction 24 min
  • CH 6 Snells Law 24 min
  • CH 6 Effects of Refraction of light 24 min
  • CH 6 Total internal Reflection 24 min
  • CH 6 Natural Phenomenon Involving total internal Reflection 24 min
  • CH 6 Applications of Total Internal Reflection 24 min
  • CH 6 Lenses 24 min
  • CH 6 Image formation of lenses 24 min
  • CH 6 Image formation of lenses Part 2 24 min
  • CH 6 Lenses formula 24 min
  • CH 6 Examples of lens formula 24 min
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