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£ 1 Million

50:50. 15. £ 1 Million. 14. £ 500,000. Welcome Who wants to be a millionaire. 13. £ 250,000. 12. £ 125,000. 11. £ 64,000. 10. £ 32,000. 9. £ 16,000. 8. £ 8,000. 7. £ 4,000. 6. £ 2,000. 5. £ 1,000. 4. £ 500. 3. £ 300. 2. £ 200. 1. £ 100. 15.

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£ 1 Million

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  1. 50:50 15 £ 1 Million 14 £ 500,000 WelcomeWho wants to be a millionaire 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  2. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  3. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 The “ability to do some work” is the definition of 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Work B: Energy C: Power D: Speed

  4. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  5. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 The form of energy is 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 B: Mass A: Temperature C: Heat D: Weight

  6. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  7. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 Substance expand when they are 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Heated B: Cooled C: Compressed D: Pressurised

  8. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  9. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 Ice melting into water is an example of a 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 B: Physical change A: Chemical change D: Geographical change C: Biological change

  10. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  11. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 On a heating / cooling graph the flat lines represent 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Temperature rise B: Temperature fall C: Boiling D: State change

  12. congratulations! You’ve reached the £ 1,000 milestone !

  13. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  14. 15 £ 1 Million 14 Energy passed from atom to atom (most important type in solids) is £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Convection B: Radiation C: Heat D: Conduction

  15. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  16. 15 £ 1 Million 14 £ 500,000 Convection only occurs in 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Liquids & gases B: Liquids C: Solids D: Gases

  17. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  18. 15 £ 1 Million In space thermal energy is transferred via 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Convection B: Radiation C: Conduction D: Sun

  19. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  20. 15 £ 1 Million 14 £ 500,000 Temperature is measured in 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Joules B: Newtons C: Celsius D: Watts

  21. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  22. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 Another name for heat energy is 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Chemical B: Thermal C: Kinetic D: Light

  23. congratulations! You’ve reached the £ 32,000 milestone !

  24. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  25. 15 £ 1 Million 14 Materials which are good at transferring heat are called £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Conductors B: Insulators C: Thermometers D: Joules

  26. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  27. 15 £ 1 Million 14 What is the movement of water which transfers heat from one part of water to another £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Conduction current B: Electric current C: Black current D: Convection current

  28. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  29. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 The flow of electrons is the 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Voltage B: Resistance C: Current D: Power

  30. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  31. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 All or nothing circuits are 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Parallel B: Series C: Double D: Multi

  32. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 1 £ 100

  33. 15 £ 1 Million 14 £ 500,000 13 £ 250,000 12 £ 125,000 Magnets can only be made from iron, cobalt and 11 £ 64,000 10 £ 32,000 9 £ 16,000 8 £ 8,000 7 £ 4,000 6 £ 2,000 5 £ 1,000 4 £ 500 3 £ 300 2 £ 200 50:50 1 £ 100 A: Nickel B: Gold C: Silver D: Copper

  34. congratulations! You’ve won £ 1 Million !

  35. OH, NO...! PLAY AGAIN? back

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