Cambridge IGCSE (Extended Syllabus – Supplement)

About this course

Welcome to the GCSE Physics Ninja Cambridge IGCSE Physics (0625) Extended revision course.

The following flashcards and video tutorials cover the Supplement topics for the Cambridge IGCSE 2016 syllabus for exams in 2017 and 2018. This Ninja course also covers the new UK 1-9 IGCSE Physics syllabus.

Extended Candidates will need to cover both this content AND the Core content to answer Paper 2 (multiple choice) and Paper 4 (written answers).

For best results, follow the 4-step ninja revision process.

CIE Extended Syllabus

Instructions and Course Downloads
General PhysicsWaves
1. Using a Micrometer Screw Gauge69. Wave Speed Equation
2. Speed vs. Velocity70. Wavelength Calculation
3. Acceleration Equation71. Refractive Index and Speed of Light
4. Acceleration Calculation72. Refractive Index and Refraction Equation
5. Gradient of a Straight Line73. Critical Angle and Refractive Index Equation
6. Calculating Speed from a Distance Time Graph74. The Endoscope
7. Acceleration Gradient Calculation75. Optical Fibres for Communications
8. Describing Motion in a Velocity Time Graph76. Images in a Converging (Convex) Lens
9. A Mouse and The Empire State Building77. Diverging Lens Ray Diagram
10. Weight78. Light of a Single Frequency
11. Spring Equation79. Longitudinal Waves
12. Spring Calculation80. Speed of Sound in a Solid, Liquid and Gas
13. Spring Force-Extension GraphElectricity & Magnetism
14. Newton's Second Law81. Electrical Fields
15. Newton's Second Law Calculation82. Electric Field Patterns
16. Motion in a Circle83. Electroscope and a Charged Rod
17. Examples of Motion in a Circle84. Electric Charge and Current
18. Direction of Centripetal Force and Acceleration85. Flow of Charge Equation
19. The Principle of Moments86. Charge Flow Calculation
20. Principle of Moments Calculation87. Potential Difference
21. Quantities with Magnitude and Direction88. Current vs Potential Difference Graphs
22. Finding Resultant Vectors89. Resistance of a Filament Bulb
23. Momentum90. Resistance vs Length and Diameter of a Wire
24. Momentum Calculation91. Electrical Power Equation
25. Momentum in an Explosion or Collision92. Electrical Power and Fuse Calculation
26. Ice Hockey Collision93. Electrical Energy Transferred by a Lamp Calculation
27. Impulse Equations94. Potential
28. Force of a Cricket Ball95. Circuit Analysis
29. Gravitational Potential Energy Equation96. Resistor Network Calculation
30. Gravitational Potential Energy Calculation97. Diodes
31. Kinetic Energy Equation98. Variation of Current in a Resistor
32. Kinetic Energy Calculation99. Simple Circuit Application
33. Maximum Speed of a Falling Body Calculation100. Analogue vs. Digital Signals
34. Energy Transfers and Usefulness101. Logic Gates and Truth Tables 1
35. Sources of Energy from the Sun102. Logic Gates and Truth Tables 2
36. Efficiency Equations103. Logic Gate System Design
37. Efficiency of a Light Bulb Calculation104. Logic Gate System Truth Table
38. Efficiency of an Electric Motor Calculation105. Electromagnetic Induction
39. Work Done by a Force106. Direction of an Induced Current
40. Work Done on a Playground Slide Calculation107. Rotating Coil Generator
41. Power Equation108. AC Voltage Generator Output vs. Time
42. Power calculations109. Parts of a Transformer
Thermal Physics110. Transformer Power Equation
43. Pressure Beneath a Liquid111. Transformer Power Calculation
44. Submarine Pressure Calculation112. Variation of Magnetic Field Strength
45. Gas Pressure113. Electro-Magnetic Force Experiment
46. Factors Affecting Rate of Evaporation114. DC Motor and Fleming's Left Hand Rule
47. Condensation and ParticlesAtomic Physics
48. Pressure vs. Volume for a Gas Equation115. Rutherford's Goil Foil Experiment
49. Gas Pressure and Volume Calculation116. Nuclear Fission
50. Heating a Substance117. Nuclear Reactors
51. Expansion of Solids, Liquids and Gases118. Nuclear Fission Chain Reaction
52. Sensitivity, Range and Linearity119. Joining Nuclei
53. Liquid-in-Glass Thermometer Properties120. Radiation Through Electric and Magnetic Fields
54. Thermocouple121. Radiation Through Electric and Magnetic Fields (2)
55. Specific Heat Capacity Equation122. Smoke Detectors
56. Specific Heat Capacity Calculation123. Paper Mills
57. Thermal Capacity Equation124. Food and Hospital Equipment
58. Thermal Capacity Calcuation125. Radioactive Isotopes in Medicine and Industry
59. Experiment to Measure Specific Heat Capacity126. Nuclear Decay Equations
60. Boiling vs Evaporation127. Half Life Graph Calculation
61. Heating Ice and Latent Heat
62. Specific Latent Heat of Vaporisation
63. Specific Latent Heat of Fusion
64. Specific Latent Heat of Fusion Calculation
65. Heat Energy Through a Solid
66. Infrared Emission Experiment
67. Infra-red Absorption Experiment
68. Factors Affecting Infra-red Emission
Cambridge IGCSE (Extended Syllabus – Supplement) was last modified: November 15th, 2016 by Olly Wedgwood