1 / 36

£ 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.

tamra
Download Presentation

£ 1 Million

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  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 Metals 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: Always solid B: Usually solid C: Never solid D: Copper

  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 Metals are usually 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: Bad conductors B: Bus conductors C: Good conductors D: Insulators

  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 12 £ 125,000 Metals are magnetic 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: Some are B: False C: True D: Most are

  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 Copper is more reactive than 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: Gold A: Sodium D: Potassium C: Magnesium

  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 When one metal kicks another out, this is 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 A: Discrete reaction B: Replacement reaction C: Neutralisation reaction D: Displacement reaction

  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 The test for carbon dioxide 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: Lemonade B: Lemon water C: Cola D: Limewater

  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 When limewater is reacted with carbon dioxide, it goes 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: Cloudy B: See-through C: Neutral D: Red

  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 14 £ 500,000 13 £ 250,000 12 £ 125,000 acid + alkai  salt + 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: Carbon dioxide B: Water C: Hydrogen D: Limewater

  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 UI indicator is this colour when it is at pH 7 (neutral) 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: Blue B: Red C: Green D: Purple

  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 An exothermic reaction 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: Absorbs energy B: Releases energy C: Changes colour D: Smells

  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 Combustion needs heat, oxygen and £ 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: Fuel B: Water C: Fire D: A car

  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 100g of reactants will make £ 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: > 100g products B: < 100g products C: 110g products D: 100g products

  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 12 £ 125,000 Copper + oxygen  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: Copper dioxide B: CuO2 C: Copper oxide D: CO

  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 The formula for calcium carbonate 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 A: Ca(C)O3 B: CaCO3 C: CaCO2 D: CaCO

  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 An element has 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: 1 type of atom B: 1 atom C: 1 electron D: Many types of atom

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

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

More Related