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Chapter 5.

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Presentation on theme: "Chapter 5."— Presentation transcript:

1 Chapter 5

2 If is decreasing then

3 If is decreasing, then …

4 For what kind of function would a tangent line approximation be LESS THAN the original function?

5 If is concave up then …

6 An inflection point occurs at a point in the domain when ______.

7 If is increasing then

8 If is concave down then …

9

10 Instantaneous Rate of Change. =
Which Theorem does this describe? Average Rate of Change Instantaneous Rate of Change. =

11

12 If has an inflection point, then …

13 If _____ and ______ then has a relative minimum at x = a.

14 If is increasing, then

15 If has a horizontal tangent at x = a then ...

16 What does the mean value theorem (MVT) tell us?

17 When identifying absolute extrema on a closed interval, compare the y-coordinates of the ______ and ______.

18 For what kind of function would a tangent line approximation be GREATER THAN the original function?

19 A maximum point occurs when _______.

20 is concave down when ______.

21 If has a relative extrema then ...

22 If _____ and ______ then has a relative maximum at x = a.

23 A maximum point occurs when ________.

24 Which Theorem does this describe?
Slope of Secant Line Slope of Tangent Line =

25 is concave up when ____________.

26 A minimum point occurs when ________.

27 An inflection point occurs when ________.

28 is concave up when _______.

29 Calculating the time when the average velocity equals the instantaneous velocity is an application of __________.

30 A minimum point occurs when ________.

31 is concave down when ________.

32 If the graph of has an extrema at x = b, then the graph of has a(n) _________ at x = b.


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