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AQA GCSE Combined Science Synergy 8465 — Physical Sciences

AQA GCSE Combined Science Synergy 8465 — Physical Sciences: 4 units and…

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AQA GCSE Combined Science Synergy 8465 — Physical Sciences course cover

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Unit 11. Building Blocks for Understanding14 lessonsUnit 22. Interactions Over Small and Large Distances26 lessonsUnit 33. Movement and Interactions59 lessonsUnit 44. Guiding Spaceship Earth Towards a Sustainable Future15 lessons
✅ 100% free📱 Phone & laptop🧠 Short, clear lessons🎯 Instant feedback🧪 Virtual lab📈 Progress you can see👪 Easy for parents to follow📝 Exam-style practice✅ 100% free📱 Phone & laptop🧠 Short, clear lessons🎯 Instant feedback🧪 Virtual lab📈 Progress you can see👪 Easy for parents to follow📝 Exam-style practice
1

Building Blocks for Understanding

14 lessons
  1. 1.1Unit 1 overview: Building Blocks for UnderstandingFree preview12 minStudy
  2. 1.2Atomic Number and The Periodic Table12 minStudy
  3. 1.3Metals and Non-Metals12 minStudy
  4. 1.4Group 012 minStudy
  5. 1.5Group 112 minStudy
  6. 1.6Group 712 minStudy
  7. 1.7Chemical Equations12 minStudy
  8. 1.8Conservation Of Mass12 minStudy
  9. 1.9Relative Formula Masses12 minStudy
  10. 1.10Amounts In Moles (HT Only)12 minStudy
  11. 1.11Deducing Stoichiometry (HT Only)12 minStudy
  12. 1.12Limiting Reactants (HT Only)12 minStudy
  13. 1.13Reacting Mass Calculations (HT Only)12 minStudy
  14. 1.14Concentrations Of Solutions12 minStudy
2

Interactions Over Small and Large Distances

26 lessons
  1. 2.1Unit 2 overview: Interactions Over Small and Large Distances12 minStudy
  2. 2.2Forces As Vectors12 minStudy
  3. 2.3Resultant Forces (HT Only)12 minStudy
  4. 2.4Free Body Diagrams (HT Only)12 minStudy
  5. 2.5Resolving Forces (HT Only)12 minStudy
  6. 2.6Work12 minStudy
  7. 2.7Mass and Weight12 minStudy
  8. 2.8Gravitational Potential Energy12 minStudy
  9. 2.9Elastic Deformation12 minStudy
  10. 2.10Hooke's Law12 minStudy
  11. 2.11Required Practical 13: Force and Extension12 minStudy
  12. 2.12Energy Stored In A Stretched Spring12 minStudy
  13. 2.13Types Of Chemical Bonding12 minStudy
  14. 2.14Ionic Bonding12 minStudy
  15. 2.15Properties Of Ionic Compounds12 minStudy
  16. 2.16Covalent Bonding12 minStudy
  17. 2.17Properties Of Substances With Covalent Bonding12 minStudy
  18. 2.18Metallic Bonding12 minStudy
  19. 2.19Properties Of Metals12 minStudy
  20. 2.20Magnets12 minStudy
  21. 2.21Magnetic Fields12 minStudy
  22. 2.22The Earth’s Magnetism12 minStudy
  23. 2.23The Magnetic Effect Of An Electric Current12 minStudy
  24. 2.24The Motor Effect (HT Only)12 minStudy
  25. 2.25Fleming's Left-Hand Rule (HT Only)12 minStudy
  26. 2.26Electric Motors (HT Only)12 minStudy
3

Movement and Interactions

59 lessons
  1. 3.1Unit 3 overview: Movement and Interactions12 minStudy
  2. 3.2Speed and Velocity12 minStudy
  3. 3.3Distance, Speed and Time12 minStudy
  4. 3.4Distance-Time Graphs12 minStudy
  5. 3.5Circular Motion (HT Only)12 minStudy
  6. 3.6Acceleration12 minStudy
  7. 3.7Velocity-Time Graphs12 minStudy
  8. 3.8Calculating Uniform Acceleration12 minStudy
  9. 3.9Terminal Velocity12 minStudy
  10. 3.10Newton’s First Law12 minStudy
  11. 3.11Newton’s Second Law12 minStudy
  12. 3.12Required Practical 14: Force, Mass, and Acceleration12 minStudy
  13. 3.13Newton’s Third Law12 minStudy
  14. 3.14Momentum (HT only)12 minStudy
  15. 3.15Kinetic Energy12 minStudy
  16. 3.16Stopping Distances12 minStudy
  17. 3.17Breaking Force12 minStudy
  18. 3.18Electric Current12 minStudy
  19. 3.19Current, Resistance and Potential Difference12 minStudy
  20. 3.20Non-Ohmic Conductors12 minStudy
  21. 3.21Required Practical 15: I–V Characteristics12 minStudy
  22. 3.22Required Practical 16: Investigating Resistance12 minStudy
  23. 3.23Series and Parallel Circuits12 minStudy
  24. 3.24Current In Series and Parallel12 minStudy
  25. 3.25Resistors In Series and Parallel12 minStudy
  26. 3.26Circuit Diagrams12 minStudy
  27. 3.27Direct and Alternating Currents12 minStudy
  28. 3.28Mains Cables12 minStudy
  29. 3.29Power12 minStudy
  30. 3.30Electrical Power12 minStudy
  31. 3.31Power and Domestic Electric Appliances12 minStudy
  32. 3.32Calculating Energy Transfer In Appliances12 minStudy
  33. 3.33The National Grid12 minStudy
  34. 3.34Reactions Of Acids12 minStudy
  35. 3.35Redox Reactions of Acids (HT Only)12 minStudy
  36. 3.36Making Salts12 minStudy
  37. 3.37Required Practical 17: Preparing A Soluble Salt12 minStudy
  38. 3.38Energy Changes and Reactions12 minStudy
  39. 3.39Required Practical 18: Temperature Changes In Reactions12 minStudy
  40. 3.40The Ph Scale and Neutralisation12 minStudy
  41. 3.41Strong and Weak Acids (HT Only)12 minStudy
  42. 3.42Measuring Rates Of Reaction12 minStudy
  43. 3.43Collision Theory12 minStudy
  44. 3.44Factors That Affect Reaction Rates12 minStudy
  45. 3.45Required Practical 19: Effect Of Concentration On Reaction Rate12 minStudy
  46. 3.46Activation Energy12 minStudy
  47. 3.47Bond Breaking and Bond Forming (HT Only)12 minStudy
  48. 3.48Catalysts12 minStudy
  49. 3.49Enzymes12 minStudy
  50. 3.50Required Practical 20: Effect of pH on Enzyme Activity12 minStudy
  51. 3.51Reversible Reactions12 minStudy
  52. 3.52Dynamic Equilibrium12 minStudy
  53. 3.53Factors Affecting The Position Of Equilibrium (HT Only)12 minStudy
  54. 3.54A Reactivity Series For Metals12 minStudy
  55. 3.55Electrolysis12 minStudy
  56. 3.56Electrolysis Of Aqueous Solutions12 minStudy
  57. 3.57Required Practical 21: Electrolysis of Solutions12 minStudy
  58. 3.58Tests For Gases12 minStudy
  59. 3.59Electron Transfer Reactions (HT Only)12 minStudy
4

Guiding Spaceship Earth Towards a Sustainable Future

15 lessons
  1. 4.1Unit 4 overview: Guiding Spaceship Earth Towards a Sustainable Future12 minStudy
  2. 4.2Bonding and Structure In Forms Of Carbon12 minStudy
  3. 4.3Hydrocarbons In Crude Oil12 minStudy
  4. 4.4Fractional Distillation Of Crude Oil12 minStudy
  5. 4.5Using Fuels and Fractions12 minStudy
  6. 4.6Cracking Hydrocarbons12 minStudy
  7. 4.7Metal Extraction By Reduction Of Oxides12 minStudy
  8. 4.8Metal Extraction By Electrolysis12 minStudy
  9. 4.9Metal Extraction By Biological Methods (HT Only)12 minStudy
  10. 4.10Energy Resources12 minStudy
  11. 4.11Energy Conservation and Dissipation12 minStudy
  12. 4.12Preventing Unwanted Energy Transfers12 minStudy
  13. 4.13Energy Efficiency12 minStudy
  14. 4.14Life Cycle Assessment12 minStudy
  15. 4.15Recycling12 minStudy