1. End of year tutorial

2. Gen Exam Breakdown Part A: Multiple Choice 15 – Earth and Space: 4 – Material World: 9 – Tech World: 2 Part B: Short Answer5 – Earth and Space: 1 – Material World: 3 – Tech World: 1 Part C: Tech analysis5 – Tech World: 5

3. Exam Info June 19th – 9:25-12:25 Bring Calculator, Ruler, HB pencil

4. Topics GENERAL SCIENCE General Science Biogeochemical cycle Organization of matter Physical Properties of solutions Lithosphere Atmosphere Hydrosphere Chemical Changes Electricity Electromagnetism Transformation of energy Mechanical Engineering Electrical Engineering Materials APPLIED SCIENCE Applied Science Space Fluids Forces and Motions Graphical Language Manufacturing

5. Biogeochemical Cycles Carbon Cycle

6. Organization of Matter Rutherford-Bohr Atomic Model Groups and periods in the periodic table

10. Physical Properties of solutions Concentrations (g/L, ppm, %) pH scale Electrical conductivity

11. Concentration

12. pH Scale

13. Topics GENERAL SCIENCE General Science Biogeochemical cycle Organization of matter Physical Properties of solutions Lithosphere Atmosphere Hydrosphere Chemical Changes Electricity Electromagnetism Transformation of energy Mechanical Engineering Electrical Engineering Materials APPLIED SCIENCE Applied Science Space Fluids Forces and Motions Graphical Language Manufacturing

14. Lithosphere Permafrost Energy Resources: – Fossil fuels (oil, coal, natural gas, shale gas) – Geothermal energy – Nuclear

15. Atmosphere Greenhouse Effect Energy Resources: – Solar – Wind Cyclone and anticyclone

16. Greenhouse Effect

17. Cyclone, Anticyclone

18. Hydrosphere Ocean Circulation Salinity Glacier and pack ice (ice floes) Catchment area Energy resources – Hydroelectricity – Tidal energy – Wave energy

19. Balancing Equations

21. Chemical Changes Photosynthesis and respiration Acid-base neutralization Balancing equations Conservation of mass Combustion Oxidation

22. Electricity Electrical charges Static electricity Ohm’s Law (V=RI) Electrical circuits P=VI E=Pt

23. Electrical Charges

24. Static Electricity

25. V = RI

26. Electrical circuit

27. P= VI

28. E = Pt

29. Electromagnetism Forces of attraction and repulsion Magnetic field of a live wire Magnetic field of a solenoid Electromagnetic induction

30. Live wire

31. Transformation of energy Law of conservation of energy Energy efficiency Usefulx 100 = Energy Efficiency Consumed

32. Mechanical Engineering Characteristic of links Guides Motion transmission Motion transformation Speed change Degree of freedom Adhesion and friction

33. Links

34. Guides

35. Motion Transmission

36. Speed change Driver/driven = speed change

37. Motion transformation

38. Electrical engineering Power supply Conduction, insulation and protection Control Transformation of energy Condensor Diods Solid-state relay

39. Electrical FunctionDiagram Power Supply Conduction Insulation Protection Control Transfomation of energy Condenser Diode Solid-state relay

40. Materials Constraints Mechanical properties Materials Modification of properties – Degradation, prevention Heat Treatments

41. Constraints Tension Compression Torsion Deflection Shearing

42. Material Properties Malleability Ductility Stiffness Resilience Elasticity Hardness Conducts electricity Resist corrosion Conducts heat

43. Materials