1. L2 Graphing Starters Parabola DrawingParabola Drawing Parabola Drawing SolnParabola Drawing Soln Parabola EquationsParabola Equations Parabola Equations SolnParabola Equations Soln Cubic DrawingCubic Drawing Cubic Drawing SolnCubic Drawing Soln Cubic EquationsCubic Equations Cubic Equations SolnCubic Equations Soln Hyperbola DrawingHyperbola Drawing Hyperbola Drawing SolnHyperbola Drawing Soln Hyperbola EquationsHyperbola Equations Hyperbola Equations SolnHyperbola Equations Soln CirclesCircles Circles SolnCircles Soln Exponential DrawingExponential Drawing Exponential Drawing SolnExponential Drawing Soln Exponential EquationsExponential Equations Exponential Equations SolnExponential Equations Soln Log DrawingLog Drawing Log Drawing SolnLog Drawing Soln Log EquationsLog Equations Log Equations SolnsLog Equations Solns Graph IntersectionsGraph Intersections Graph Intersections SolnsGraph Intersections Solns Mixed DrawingMixed Drawing Mixed Drawing SolnMixed Drawing Soln Mixed EquationsMixed Equations Mixed Equations SolnMixed Equations Soln Excellence AExcellence A Excellence A Soln 1Excellence A Soln 1 Excellence BExcellence B Excellence B Soln 2Excellence B Soln 2

2. Parabola Drawing Draw these graphs 1 st Slide

3. Parabola Drawing Soln 1 st Slide

4. Parabola Equations Write the equations for these graphs 1 st Slide

5. Parabola Equations Soln 1 st Slide

6. Cubic Drawing 1 st Slide Draw these graphs

7. Cubic Drawing Soln 1 st Slide Draw these graphs

8. Cubic Equations 1 st Slide Write the equations for these graphs

9. Cubic Equations Soln 1 st Slide Write the equations for these graphs

10. Hyperbola Drawing Draw these graphs 1 st Slide

11. Hyperbola Drawing Soln 1 st Slide

12. Hyperbola Equations 1 st Slide Write the equations for these graphs

13. Hyperbola Equations Soln 1 st Slide Write the equations for these graphs

14. Circles 1 st Slide Draw these graphs Write the equations for these graphs

15. Circles Soln 1 st Slide Draw these graphs

16. Exponential Drawing 1 st Slide Draw these graphs

17. Exponential Drawing Soln 1 st Slide

18. Exponential Equations Write the equations for these graphs 1 st Slide

19. Exponential Equations Soln Write the equations for these graphs 1 st Slide

20. Log Drawing Draw these graphs 1 st Slide

21. Log Drawing Soln Draw these graphs 1 st Slide

22. Log Equations Write the equations for these graphs 1 st Slide

23. Log Equations Solns Write the equations for these graphs 1 st Slide

24. Graph Intersections 1 st Slide Find the intersection points between

25. Graph Intersections Solns 1 st Slide Find the intersection points between Coordinates are (1,0) &(-2,-3)

26. Mixed Drawing 1 st Slide Draw these graphs

27. Mixed Drawing Soln 1 st Slide Draw these graphs

28. Mixed Equations 1 st Slide Write the equations for these graphs

29. Mixed Equations Soln 1 st Slide Write the equations for these graphs

30. Excellence A 1 st Slide The temperature in a heated glasshouse can be modelled using a hyperbola. The form of the equation is given below. t = temp in centigrade & h = hours after the heating is turned on 1) Find an equation to model the temperature 2) Use your equation to find the temperature after 8 hr

31. Excellence A Soln 1 1 st Slide The temperature in a heated glasshouse can be modelled using a hyperbola. The form of the equation is given below. t = temp in centigrade & h = hours after the heating is turned on 1) Find an equation to model the temperature

32. Excellence A Soln 2 1 st Slide The temperature in a heated glasshouse can be modelled using a hyperbola. The form of the equation is given below. t = temp in centigrade & h = hours after the heating is turned on 1) Find an equation to model the temperature 2) Use your equation to find the temperature after 8 hr

33. Excellence B 1 st Slide A population of hamsters decreases according to an exponential model. In this form: P = population & m = months 1) Find an equation to model the population 2) Use your equation to find the population after 7 months

34. Excellence B Soln 1 1 st Slide A population of hamsters decreases according to an exponential model. P = population & m = months 1) Find an equation to model the population

35. Excellence B Soln 2 1 st Slide A population of hamsters decreases according to an exponential model. P = population & m = months 2) Use your equation to find the population after 7 months