AP CALCULUS BC Assignments
- Instructor
- Mr. Piero Gualcherani
- Term
- 2013 - 2014, Semester 2
- Department
- Mathematics
Upcoming Assignments
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Past Assignments
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Calculus Debates (FINAL)
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Calculus Debates
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Calculus Debates
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Calculus Debates
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Calculus Debates
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Last study session
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Calculator Quiz
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Test on Polar Vector and Parametric Functions
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Study session #3
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Practice Exam finish M/C part
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Study session #2
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Test on Series
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Solve M/C# No Calculator 3,4,5,7,8,9,11,12,13,14,15,17,18,20,21,22,24,26,28,
Calculator 29,32,33,34,36,37,38,39,40,41,42,44,45
Show some work.
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Practice Problems #15, 19 (calculator allowed) and # 16, 30 (no calculator allowed)
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STUDY SESSION # 1
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p. 558 # 39 - 42 + 43 - 49
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p. 557 # 1-37 odd
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p. 546 # 37 - 41 + 47 - 50
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Project due (if project is turned in N days before Friday 3/28, and extra N% will be added to the project score. Max 3%, if project is turned in Tuesday 3/25)
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p. 535 # 1-15 odd (Parametric Vector Polar booklet)
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Write a sufficient number of parametric functions (x(t),y(t)), so that, if all curves were graphed on the same xy plane, they would form your initials
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p. 688 # 1,6,8,9,22,28,37,41,45,49,57,58,68,69,79,82,97
p. 691 # 5,6,7
Practice on problems on handout (for AP practice only, not for credit)
+ p. 688 # 2,5,25,27,42,43,59,98,101
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Test on series (multiple choice)
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p. 685 # 19-41 odd + 53,54 + 61,62
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Group Quiz (Maclaurin/Taylor series, power series, radius and interval of convergence)
HW: review for quiz (possible exercises: on p. 656-658, p. 666-668, p. 674, p.685 up to #30)
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p. 657 # 53-60
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p. 656 # 13 - 23 odd+ # 25-30 all
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Complete MacLaurin Expansion worksheet
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Quiz (test for convergence/ divergence of series)
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p. 645 - 646 # 4 - 92 M4
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p. 636 # 1-6 + 11-32
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p. 637 # 47 - 56
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p. 628 # 1-35 odd + 55-60
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p. 620 # 2 - 28 even
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p. 620 # 1 - 27 odd
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p. 612 (of AB book) # 6 - 72 M6
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p. 574 - 575 (#M3+1 = 3k+1)
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p. 574 # 3 - 33 odd
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Study section 8.2 first two pages.
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CH 7 TEST
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p. 565 - 566 odd
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Chapter 7 quiz
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CH 7 QUIZ (postponed to Tuesday 1/28)
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Finish handout
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p. 551 # 1-5odd + 15-19 + 20d
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p. 543 # 5-11 odd
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p. 542 # 1,3 + complete "Logistic Equation Handout"
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p. 533 # 13,15 + problem on handout
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p. 532 # 1-5, 9-12 + study section 7.4 up to "Newton's law of cooling"
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GROUP QUIZ
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Work of problems 1 and 4 in handout. Attempt problems 2 and 3.
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p. 519 # 11-17odd + 23,24,35,38
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p. 519 #1-9
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p. 512 # 18 - 24
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p. 511 # 1-14
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p. 431 # 1,2,7,9,11,21,23,27 + p. 337 # 37 - 44, 47,48