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THIS. IS. Jeopardy. Your. With. Host. Mrs. Holst. Jeopardy. Integrals. Derivatives. Applications of Derivatives. Applications of Integration. Random/ Mixed Review. Using Derivatives to Graph Functions. 100. 100. 100. 100. 100. 100. 200. 200. 200. 200. 200. 200. 300.

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  1. THIS IS Jeopardy

  2. Your With Host... Mrs. Holst

  3. Jeopardy Integrals Derivatives Applications of Derivatives Applications of Integration Random/ Mixed Review Using Derivatives to Graph Functions 100 100 100 100 100 100 200 200 200 200 200 200 300 300 300 300 300 300 400 400 400 400 400 400 500 500 500 500 500 500

  4. Find f’(x) given f(x). A 100

  5. A 100

  6. Find f’(x) given f(x). A 200

  7. A 200

  8. Find f’(x) given f(x). A 300

  9. A 300

  10. Find f’(x) given f(x). A 400

  11. A 400

  12. Find f’(x) given f(x). A 500

  13. A 500

  14. Find the equation of the normal to at x = 1. B 100

  15. x = 1 B 100

  16. Find the value of a given the tangent to at x = 0 passes through (1,0). B 200

  17. a = 1/2 B 200

  18. y = 2x is a tangent to the curve at x = 1. Find a and b. B 300

  19. a = -1, b = 2 B 300

  20. Consider the function a) State the equation of the vertical asymptote. b) Find the position and nature of any stationary points. B 400

  21. x = -3 • No stationary points B 400

  22. For the function • find the x-intercept(s), given that x = 1 is one of them and • find and classify any stationary points and points of inflection . B 500

  23. x = 1 • No stationary points, point of inflection at (-1/3, -124/27) B 500

  24. C 100

  25. C 100

  26. C 200

  27. $312 • $9.10 per km/h • v = 3 km/h C 200

  28. A rectangle has a fixed area of 500 m2, but its length y m, and width x m may vary. a) Find y in terms of x. b) Find y’ and explain why y’ < 0 for all values of x. C 300

  29. C 300

  30. DAILY DOUBLE DAILY DOUBLE Place A Wager C 400

  31. A manufacturer of open steel boxes has to make one with a square base and a volume of 1 m3. The steel costs $2 per square meter. a) If the base measures x m by x m and the height is y m, find y in terms of x. b) Hence, find an equation for the total cost of the steel. c) Find the dimensions of the box costing the manufacturer least to make. C 400

  32. C 400

  33. C 500

  34. - C 500

  35. Evaluate. D 100

  36. D 100

  37. Evaluate. D 200

  38. D 200

  39. Evaluate D 300

  40. D 300

  41. Evaluate. D 400

  42. 10/3 D 400

  43. Evaluate. D 500

  44. 1456/3 D 500

  45. E 100

  46. 20/3 + c E 100

  47. E 200

  48. E 200

  49. Consider the graphs of y = x2 -1 and y = x +1. a) Determine the coordinates where the graphs meet and b) Find the area of the enclosed region. E 300

  50. (-1, 0) and (2,3) • 4.5 E 300

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