AP Calculus

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Across
  1. 2. Differentiation when Y is in terms of
  2. 6. When the graph of f(x) has no breaks, jumps, or holes over an interval it is said to be:
  3. 8. Reciprocal of sinx used in integration
  4. 12. Discontinuities that cannot be simplified away
  5. 13. Differentiation when Y can't be isolated in terms of x
  6. 16. When f'(x) is decreasing it is concave:
  7. 17. Theorem giving conditions guaranteeing extreme values in the interior of closed intervals.
  8. 19. The derivative of a constant is:
  9. 24. Discontinuities that can be simplified
  10. 25. Reciprocal of cosx used in integration
  11. 26. Type of differential equation that helps isolate different variables
  12. 28. The reverse of a function (To the -1 power)
  13. 29. Equations including derivatives with respect to a certain variable
  14. 30. Theorem proved by Rolle's Theorem
  15. 31. When f'(x) is increasing it is concave:
  16. 32. Sin(x)/Cos(x)= ?
  17. 34. Curves of increasing/decreasing graphs
  18. 35. Max/Min values of a function on an interval
  19. 36. Another way to signal a derivative
  20. 37. Left/Right sums on closed intervals (used in integration)
Down
  1. 1. Graphical representations of the slopes of functions at various points on a plane:
  2. 3. Rule that helps us take the derivative of a function when it is in indeterminate form
  3. 4. Derivative of 1/x dx (+C):
  4. 5. X-Coordinate on the Unit Circle
  5. 6. These numbers occur where f'(x)=0 or DNE
  6. 7. Rule to find derivative of functions (Fractions)
  7. 9. Y-Coordinate on the Unit Circle
  8. 10. When integrating by U-Substitution on a closed interval, you must change the:
  9. 11. Type of solution where constants can remain as variables
  10. 14. Type of solution when the exact value of a constant is found
  11. 15. Used to find rates with respect to a variable
  12. 18. Using the letter U to help us solve integrals
  13. 20. The solution to ln(e)
  14. 21. Rule to find derivative of composite functions
  15. 22. Rule to find derivative of terms with exponents
  16. 23. Shape of the average left/right rectangle approximations
  17. 27. The derivative of a derivative is what kind of derivative?
  18. 28. Area under the curve
  19. 33. The slope of the tangent line