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AQA GCSE Combined Science Trilogy 8464 — Physics

AQA GCSE Combined Science Trilogy 8464 — Physics: 7 units and 138…

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AQA GCSE Combined Science Trilogy 8464 — Physics course cover

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Unit 11. Energy19 lessonsUnit 22. Electricity23 lessonsUnit 33. Particle Model of Matter12 lessonsUnit 44. Atomic Structure23 lessonsUnit 55. Forces44 lessonsUnit 66. Waves15 lessonsUnit 77. Magnetism and Electromagnetism9 lessons
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1

Energy

19 lessons
  1. 1.1Unit 1 overview: EnergyFree preview12 minStudy
  2. 1.2Energy Stores and Transfers12 minStudy
  3. 1.3Examples of Energy Transfer12 minStudy
  4. 1.4Kinetic Energy12 minStudy
  5. 1.5Gravitational Potential Energy12 minStudy
  6. 1.6Elastic Potential Energy12 minStudy
  7. 1.7KE, GPE and EPE12 minStudy
  8. 1.8Thermal Energy12 minStudy
  9. 1.9Required Practical: Investigating Specific Heat Capacity12 minStudy
  10. 1.10Changes in Energy12 minStudy
  11. 1.11Power12 minStudy
  12. 1.12Conservation and Dissipation of Energy12 minStudy
  13. 1.13Wasted Energy12 minStudy
  14. 1.14Conduction of Heat12 minStudy
  15. 1.15Efficiency12 minStudy
  16. 1.16Improving Efficiency12 minStudy
  17. 1.17Energy Resources12 minStudy
  18. 1.18Comparing Energy Resources12 minStudy
  19. 1.19Environmental Issues12 minStudy
2

Electricity

23 lessons
  1. 2.1Unit 2 overview: Electricity12 minStudy
  2. 2.2Circuit Diagrams12 minStudy
  3. 2.3Charge and Current12 minStudy
  4. 2.4Current, Resistance and Potential Difference12 minStudy
  5. 2.5Required Practical: Investigating Resistance12 minStudy
  6. 2.6Resistors12 minStudy
  7. 2.7I–V Graphs12 minStudy
  8. 2.8Thermistors12 minStudy
  9. 2.9LDRs12 minStudy
  10. 2.10Investigating Resistance in Thermistors and LDRs12 minStudy
  11. 2.11Required Practical: Investigating I–V Characteristics12 minStudy
  12. 2.12Series and Parallel Circuits12 minStudy
  13. 2.13Resistors in Series and Parallel12 minStudy
  14. 2.14Comparing Series and Parallel Circuits12 minStudy
  15. 2.15AC and DC12 minStudy
  16. 2.16Mains Electricity12 minStudy
  17. 2.17Dangers of Mains Electricity12 minStudy
  18. 2.18Electrical Power12 minStudy
  19. 2.19Electrical Energy12 minStudy
  20. 2.20Calculating Energy Transfers12 minStudy
  21. 2.21Power Ratings12 minStudy
  22. 2.22The National Grid12 minStudy
  23. 2.23Use of Transformers12 minStudy
3

Particle Model of Matter

12 lessons
  1. 3.1Unit 3 overview: Particle Model of Matter12 minStudy
  2. 3.2Density12 minStudy
  3. 3.3Solids, Liquids and Gases12 minStudy
  4. 3.4Required Practical: Determining Density12 minStudy
  5. 3.5Changes of State12 minStudy
  6. 3.6Internal Energy12 minStudy
  7. 3.7Specific Heat Capacity12 minStudy
  8. 3.8Latent Heat12 minStudy
  9. 3.9Specific Latent Heat12 minStudy
  10. 3.10Heating and Cooling Graphs12 minStudy
  11. 3.11Specific Heat Capacity v Specific Latent Heat12 minStudy
  12. 3.12Kinetic Theory12 minStudy
4

Atomic Structure

23 lessons
  1. 4.1Unit 4 overview: Atomic Structure12 minStudy
  2. 4.2Atomic Structure12 minStudy
  3. 4.3The Absorption and Emission of EM Radiation12 minStudy
  4. 4.4Atomic and Mass Number12 minStudy
  5. 4.5Isotopes12 minStudy
  6. 4.6Positive Ions12 minStudy
  7. 4.7The Plum Pudding Model12 minStudy
  8. 4.8Rutherford Scattering12 minStudy
  9. 4.9Bohr's Model of the Atom12 minStudy
  10. 4.10Discovery of the Proton and Neutron12 minStudy
  11. 4.11Changes in the Atomic Model12 minStudy
  12. 4.12Radioactive Decay12 minStudy
  13. 4.13Types of Radiation12 minStudy
  14. 4.14Uses of Radiation12 minStudy
  15. 4.15Alpha Decay12 minStudy
  16. 4.16Beta Decay12 minStudy
  17. 4.17Gamma Decay12 minStudy
  18. 4.18Random Nature of Radioactive Decay12 minStudy
  19. 4.19Half-Life12 minStudy
  20. 4.20Calculating Radioactive Decay12 minStudy
  21. 4.21Contamination and Irradiation12 minStudy
  22. 4.22Hazards of Contamination and Irradiation12 minStudy
  23. 4.23Studies into the Effects of Radiation12 minStudy
5

Forces

44 lessons
  1. 5.1Unit 5 overview: Forces12 minStudy
  2. 5.2Scalars and Vectors12 minStudy
  3. 5.3Contact and Non-Contact Forces12 minStudy
  4. 5.4Forces as Vectors12 minStudy
  5. 5.5Weight, Mass and Gravity12 minStudy
  6. 5.6Calculating Weight12 minStudy
  7. 5.7Resultant Forces12 minStudy
  8. 5.8Free Body Diagrams12 minStudy
  9. 5.9Balanced and Unbalanced Forces12 minStudy
  10. 5.10Work Done12 minStudy
  11. 5.11Work Done and Energy Transfer12 minStudy
  12. 5.12Work Done and Friction12 minStudy
  13. 5.13Changing Shape12 minStudy
  14. 5.14Hooke's Law12 minStudy
  15. 5.15Force–Extension Graphs12 minStudy
  16. 5.16Work Done on a Spring12 minStudy
  17. 5.17Required Practical: Investigating Force and Extension12 minStudy
  18. 5.18Distance and Displacement12 minStudy
  19. 5.19Speed12 minStudy
  20. 5.20Measuring Speed12 minStudy
  21. 5.21Calculating Speed12 minStudy
  22. 5.22Velocity12 minStudy
  23. 5.23Vector and Scalar Quantities12 minStudy
  24. 5.24Circular Motion12 minStudy
  25. 5.25Distance-Time Graphs12 minStudy
  26. 5.26Instantaneous Speed12 minStudy
  27. 5.27Acceleration12 minStudy
  28. 5.28Velocity-Time Graphs12 minStudy
  29. 5.29Area Under Velocity-Time Graphs12 minStudy
  30. 5.30Calculating Uniform Acceleration12 minStudy
  31. 5.31Terminal Velocity12 minStudy
  32. 5.32Newton's First Law12 minStudy
  33. 5.33Newton's Second Law12 minStudy
  34. 5.34Required Practical: Investigating Force and Acceleration12 minStudy
  35. 5.35Newton's Third Law12 minStudy
  36. 5.36Inertia12 minStudy
  37. 5.37Thinking and Braking Distances12 minStudy
  38. 5.38Reaction Time12 minStudy
  39. 5.39Factors Affecting Thinking Distance and Reaction Time12 minStudy
  40. 5.40Factors Affecting Braking Distance12 minStudy
  41. 5.41Estimating Decelerating Forces12 minStudy
  42. 5.42Momentum12 minStudy
  43. 5.43Conservation of Momentum12 minStudy
  44. 5.44Collisions12 minStudy
6

Waves

15 lessons
  1. 6.1Unit 6 overview: Waves12 minStudy
  2. 6.2Transverse and Longitudinal Waves12 minStudy
  3. 6.3Describing Wave Motion12 minStudy
  4. 6.4The Wave Equation12 minStudy
  5. 6.5Measuring the Speed of Waves12 minStudy
  6. 6.6Required Practical: Measuring Wave Properties12 minStudy
  7. 6.7Electromagnetic (EM) Waves12 minStudy
  8. 6.8Transfer of Energy by EM Waves12 minStudy
  9. 6.9EM Waves and Matter12 minStudy
  10. 6.10Refraction Ray Diagrams12 minStudy
  11. 6.11Required Practical: Investigating Infrared Radiation12 minStudy
  12. 6.12EM Waves and Atoms12 minStudy
  13. 6.13Radio Waves12 minStudy
  14. 6.14Dangers of High-Energy EM Waves12 minStudy
  15. 6.15Applications of EM Waves12 minStudy
7

Magnetism and Electromagnetism

9 lessons
  1. 7.1Unit 7 overview: Magnetism and Electromagnetism12 minStudy
  2. 7.2Magnetism12 minStudy
  3. 7.3Permanent and Induced Magnets12 minStudy
  4. 7.4Magnetic Fields12 minStudy
  5. 7.5The Earth's Magnetic Field12 minStudy
  6. 7.6Magnetic Fields in Wires and Solenoids12 minStudy
  7. 7.7The Motor Effect12 minStudy
  8. 7.8Fleming's Left-Hand Rule12 minStudy
  9. 7.9Electric Motors12 minStudy