Across
- 3. A process for finding dy/dx when y is defined as a function as a function of x by an equation of the form f(x,y)=0 is _______ differentiation.
- 4. Have to lift pencil to draw graph/Removable, infinite, jumps, etc.
- 7. f(c)= 1/(b-a) times the integral of f(x) from a to b is the ______ ______ theorem (two words)
- 9. If a function is continuous between a and b, then it takes on every value between f(a) and f(b).
- 10. Determined by taking the coefficients of the highest degree in the numerator over the denominator.
- 12. Where the function obtains its greatest possible value.
- 14. 1.f(a) is defined 2.lim f(x)as x approaches a exists.
- 15. the instantaneous rate of change of a function with respect to one of it's variables/finding the slope of the tangent line.
- 16. Multiply exponent by coefficient and decrease the exponent by 1.
- 18. A function that is defined by applying different formulas to different parts of its domain is a ______ function.
- 24. The process of taking a derivative.
- 28. V(t).
- 29. Involves 2 or more variables that change at different rates.
- 30. Where the function obtains its least possible value.
- 31. Instantaneous rate of change.
- 32. f'(g(x)) g'(x).
- 33. f(b)-f(a)/b-a.
- 35. 1.f(a) must be defined 2. (RHD)=(LHD).
Down
- 1. lo dee hi mine hi dee lo lo lo.
- 2. The value that a function approaches as that function's input gets closer and closer to a number.
- 5. Average rate of change.
- 6. Where concavity changes from down to up or vice versa.
- 8. lo dee hi plus hi dee lo.
- 11. f' is decreasing/f'' is negative.
- 13. The derivative of -cosx.
- 16. S(t).
- 17. Maximum or minimum.
- 19. f(a+h)-f(a)/h.
- 20. Any value in its domain where its derivative is 0.
- 21. A(t).
- 22. f' is increasing/f'' is positive.
- 23. The antiderivative of 1/x.
- 25. Uses the derivative to locate the critical points and determine which point is a local maximum or local minimum and can also give information on what kind of concavity it is.
- 26. Indefinite integral/ F'=f.
- 27. f'(a-.
- 34. f'(a+.