Study guide filled

11/11

 

Today we learned how to use derivatives to find limits that initially show as indeterminate forms. it's called L'Hospital's Rule!

Notes

11/4

Today we reviewed MVT, Min max on closed domains and finding absolute minimums and maximums over the entire domain of a function

Notes

 

11/5

Today we introduced the idea of inflection points and concavity

Notes

 

11/6

Today we quickly stated how the second derivative helps determine when a critical point is a local min or max. 

Notes

We then worked through Ap classroom

 

11/7

Today we quizzed on probability and combining random variables. We then quickly introduced the idea of the binomial distribution and probability equation

Notes

 

10/28

Today we talked about local linearity, the mean value theorem, and critical points

Notes

 

10/29

Today we talked about critical points some more and introduced intervals of increasing and decreasing

Notes

 

10/30

Today we talked about finding intervals of increasing and decreasing further. 

Notes

 

11/1

Today we took a nasty quiz and then working on finding relative minimums and maximums as well as absolute min and max's on closed intervals 

Notes

10/21

Today we talked about related rates that involve the Pythagorean Theorem

Notes

 

10/22

Today we talked about the crazy related rates

Notes

 

Quiz Wednesday on Related Rates

 

 

10/25

Today I'm out of town but I know each of you are totally capable of working through these Khan assignments. 

The preffered order of completion should be: 

1. Approximation with local linearity

2. Using mean value theorem

3. Find critical points

4. increasing/Decreasing intervals

5. Relative minima/maxima

6.  Absolute min max on closed intervals

7. Concavity intro

8. Inflection points intro

9. Find inflection points

 

 

10/11

today we went over a lot of interpretations of derivatives and introduced related rates

Notes

 

10/14 NO SCHOOL

 

10/15

Today we recapped and tried a few more problems from Friday

Notes

 

10/18

Today we got into related rates in which some problems have one moving variable, and some problems have more than one. 

Notes