1. Can I top Tesla? Tesla Roadster vs [the other car]

2. Problem statement State the problem

3. Outline of this presentation Outline your presentation

4. Issues to consider What factors will you consider to help you make your decision?

5. Tesla Roadster Give the web address where you found the picture. Insert a picture of the Roadster.

6. Other car Give the web address where you found the picture. Insert a picture of the other car.

7. Specifications: Engine Roadster Top speed Acceleration Power Make sure you include units correctly. You could add specifications if you like.

8. Optional: Acceleration graph Use excel to draw a graph comparing the acceleration of the Roadster and the other car. Be sure to label the axes correctly, including units. Copy and paste it here. Delete this slide if you choose not to graph acceleration.

9. Optional: Top speed graph Use excel to draw a graph comparing the top speed of the Roadster and the other car. Be sure to label the axes correctly, including units. Copy and paste it here. Delete this slide if you choose not to graph top speed.

10. Optional: Power Use excel to draw a graph comparing the power of the Roadster and the other car. Be sure to label the axes correctly, including units. Copy and paste it here. Delete this slide if you choose not to graph power.

11. Specifications: Fuel Roadster Fuel type Efficiency Cost / km Refuel time

12. Optional: cost/km graph Use excel to draw a graph comparing the running cost of the Roadster and the other car. Be sure to label the axes correctly, including units. Copy and paste it here. Delete this slide if you choose not to graph cost/km.

13. Optional: Price graph Use excel to draw a graph comparing the price of the Roadster and the other car. Be sure to label the axes correctly, including units. Copy and paste it here. Delete this slide if you choose not to graph price.

14. Optional: Utility Roadster Suggested specifications: seating capacity, boot capacity, status level, purpose. You could add specifications if you like.

15. Energy efficiency Explain the diagram, referring to the law of conservation of energy. Input energy Engine Output energy

16. Energy efficiency Explain what energy efficiency is.

17. Energy efficiency: Petrol engine State what the diagram shows about petrol engines. Input energy Petrol Engine Output energy 20% useful 80% wasted

18. Energy efficiency: Electric motor Explain what the diagram shows about electric motors. Input energy Electric Motor Output energy 95% useful 5% wasted

19. Environmental impact of fossil fuel combustion Summarise the environmental impact of burning fossil fuels.

20. Environmental impact: electric vehicles (e.g. Roadster) Discuss the environmental impact of electric vehicles (e.g. the Roadster).

21. My requirements What specifications do you need / want in a car?

22. Roadster: strengths StrengthRelevance to my context You could add / remove rows if you like.

23. Roadster: weaknesses WeaknessRelevance to my context You could add / remove rows if you like.

24. Other car: strengths StrengthRelevance to my context You could add / remove rows if you like.

25. Other car: weaknesses WeaknessRelevance to my context You could add / remove rows if you like.

26. My decision Explain what you would choose, and why.