f has arelativeminConcaveDownAccumulationFunctionMeanValueTheoremf' has aturningpointAcceleration2nd reasonforDiscontinuityAverageValue oftheFunctionPointDiscontinuityNewton'sMethodf'(a)=1/(f^-1)'(b)AverageRate ofChangeL'Hospitalsf' isincreasingRate ofChangeDifferentiable1stFTC1st reasonfordiscontinuityf isincreasing Areaunderthe curveStepDiscontinuityJumpDiscontinuityRolle'sTheoremCriticalValuePosition3rd ReasonforDiscontinuityVelocityf has arelativemaxDistancef' isdecreasingTurningPointDisplacementNormalLineOrthogonalf isdecreasingConcaveUpApproximatingArea2ndFTCLinearApproximationsPoint ofInflectionIntermediateValueTheoremDerivativef has arelativeminConcaveDownAccumulationFunctionMeanValueTheoremf' has aturningpointAcceleration2nd reasonforDiscontinuityAverageValue oftheFunctionPointDiscontinuityNewton'sMethodf'(a)=1/(f^-1)'(b)AverageRate ofChangeL'Hospitalsf' isincreasingRate ofChangeDifferentiable1stFTC1st reasonfordiscontinuityf isincreasing Areaunderthe curveStepDiscontinuityJumpDiscontinuityRolle'sTheoremCriticalValuePosition3rd ReasonforDiscontinuityVelocityf has arelativemaxDistancef' isdecreasingTurningPointDisplacementNormalLineOrthogonalf isdecreasingConcaveUpApproximatingArea2ndFTCLinearApproximationsPoint ofInflectionIntermediateValueTheoremDerivative

AP Calculus Vocab/Formula Review - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. f has a relative min
  2. Concave Down
  3. Accumulation Function
  4. Mean Value Theorem
  5. f' has a turning point
  6. Acceleration
  7. 2nd reason for Discontinuity
  8. Average Value of the Function
  9. Point Discontinuity
  10. Newton's Method
  11. f'(a)=1/(f^-1)'(b)
  12. Average Rate of Change
  13. L'Hospitals
  14. f' is increasing
  15. Rate of Change
  16. Differentiable
  17. 1st FTC
  18. 1st reason for discontinuity
  19. f is increasing
  20. Area under the curve
  21. Step Discontinuity
  22. Jump Discontinuity
  23. Rolle's Theorem
  24. Critical Value
  25. Position
  26. 3rd Reason for Discontinuity
  27. Velocity
  28. f has a relative max
  29. Distance
  30. f' is decreasing
  31. Turning Point
  32. Displacement
  33. Normal Line
  34. Orthogonal
  35. f is decreasing
  36. Concave Up
  37. Approximating Area
  38. 2nd FTC
  39. Linear Approximations
  40. Point of Inflection
  41. Intermediate Value Theorem
  42. Derivative