Chapter 9B
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Chapter 9A Test day #2
9.7 Introduction Worksheet
9.7 (Day #1) Maclaurin Polynomials
9.7 (Day #2) Taylor Polynomials
9.7 (Day #3) Taylor Polynomial Remainders
9.7 Taylor Polynomial Remainders
9.8 (Day #1 - PART ONE) Power Series
9.7-9.8 AP Practice
9.8 (Day #1 - PART 2) Power Series
9.8 (Day #2) Power Series
9.9 (Day #1) Geometric Power Series
Quiz 9.7-9.8
9.9 (Day #2) Operations With Power Series
9.9 (Day #3) Finding Power Series w/ Integer & Approximation
9.9 (Day #4) Finding Power Series w/ Integer & Approximation
9.10 (Day #1) Taylor & Maclaurin Series
9.10 (Day #2) Deriving Taylor Series from List
9.10 (Day #3) Convergence of Taylor Series
Chapter 9 Review Game
Chapter 9 Review
SNOW DAY!
Chapter 9B Test (day #1)
Presentation
Chapter 9B Test (day #2)
(These notes were taken on the whiteboard, so you will need to get them from a friend OR see the binder in my room. ~Mrs. A)
started notes today
started notes today
I can recall and utilize all the important concepts of Chapter 9A.
I can find polynomial approximations of functions.
I can find Maclaurin polynomial approximations of elementary functions.
I can find Taylor polynomial approximations of elementary functions.
I can find polynomial approximations of elementary functions and compare them with these functions, and to use the remainder of a Taylor polynomial.
I can find polynomial approximations of elementary functions and compare them with these functions, and to use the remainder of a Taylor polynomial.
I can understand the definition of a power series, to find the radius & interval of convergence of a power series, including determining endpoint convergence.
I can understand the definition of a power series, to find the radius & interval of convergence of a power series, including determining endpoint convergence.
I can differentiate & integrate a power series, and to find the radius & interval of convergence, including determining endpoint convergence.
I can find a geometric power series that represents a function, and will construct a power series using series operators.
I can demonstrate their knowledge on today's quiz.
I can find a geometric power series that represents a function, and will construct a power series using series operators.
I can find a geometric power series that represents a function, and will construct a power series using series operators.
I can find a geometric power series that represents a function, and will construct a power series using series operators.
I can find a Taylor or Maclaurin series of a function.
I can use a basic list of Taylor series to find other Taylor series.
I can use a power series to approximate the sum of an infinite series, and to use a power series to approximate the value of an integral to a certain degree of accuracy.
I can recall and utilize all the important concepts learned in Chapter 9B.
I can recall and utilize all the important concepts learned in Chapter 9B.
I can recall and utilize all the important concepts learned in Chapter 9B.
I can recall and utilize all the important concepts learned in Chapter 9B.
finish WKST by the end of class
pg. 656 #1-4, 13-23 odd, 24
pg. 656 #25, 27, 30, 31b, 32b, 34
pg. 657 #45-49, 51, 57, 58
pg. 657 #45-49, 51, 57, 59 (continued)
pg. 666 #7-29 odd
pg. 666 #7-29 odd
pg. 666 #45, 46, 49-52
pg. 674 #1-4, 5-11 odd (no long division)
pg. 674 #13-18 all
hw: pg. 674 #21-26 (do #21 in class)
pg. 674 #35, 36, 39, 44
pg. 685 #1, 2, 5, 6, 7
pg. 685 #21-26, 37, 41
pg. 686 #50-52, 55, 56, 59
(optional Review: pg. 688 #59, 60, 62, 65-70, 77-83, 97-100)
(optional Review: pg. 688 #59, 60, 62, 65-70, 77-83, 97-100)