AP+Calculus+AB

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Admin Files
Student Info Page Strang- Calculus

Textbooks
[|OpenStax- Calculus 1]  [|OpenStax- Calculus 2]  [|Barron's AP Calculus]

Cann's Daily Schedule
A207 || A207 || A207 || A207 || A206 ||
 * = Period ||= Location ||
 * = 1 ||= AP Calculus
 * = 2 ||= AP Stat
 * = 3 ||= Lfaculty ||
 * = 4 ||= Lfaculty ||
 * = 5 ||= Library ||
 * = 6 ||= Calculus
 * = 7 ||= AP Calculus
 * = 8 ||= L Faculty ||
 * = 9 ||= Calculus

Summer Packet
AP Calculus AB summer packet Key- AP Calculus AB summer packet

Youtube Videos
Unit 1 Curve Fitting- AB Fall 2016- p1,2 Curve Fitting- AB Fall 2016- p3,4 Finding Limits Analytically- AB Fall 2016- p11,12 Epsilon-Delta Limit Definition- AB Fall 2016- p19 Squeeze Theorem- AB Fall 2016- p20 Squeeze Theorem continued- AB Fall 2016- p21 Logistic Function- AB Fall 2016- p22-23 Slope of Secant Line- AB Fall 2016- p24 Slope of Tangent Line- AB Fall 2016- p25 Derivative as a Rate of Change- AB Fall 2016- HW p101 Calculus- Project- Curve Fitting- Overview Project- Curve Fitting- Google Sheets- 2nd Example Derivative as a Limit- AB Fall 2016- p26,27

Unit 2 Derivative Shortcut Rules- AB Fall 2016- p31,32 Derivatives and Motion Problems- AB Fall 2016- p35 Product, Quotient Rules-AB Fall 2016- p38,39 Product, Quotient Rules-AB Fall 2016- p40 Proof of Product Rule by Limit Definition Trig Derivatives- AB Fall 2016- p41 Chain Rule- AP Calc notes- p49-52 Chain Rule Multiple Choice- AP Calc notes- p53-55 Exponential e and Natural Log Derivatives- AP Calc notes- p61,64 prgmAVGRATE prgmPASCAL2.0-TI84 Ditch the last line "ClrAllLists". To access list of coefficients, select: STAT then EDIT and scroll to column L4

Unit 3 Implicit Differentiation- AB Fall 2016- p69-71 Implicit Activity- AB Fall 2016- p72 Lesson- Log Differentiation Review- Inverse Trig Functions Inverse Trig Derivatives- AB Fall 2016- p75,76 L'Hopital's Rule- AB Fall 2016- p80

Unit 4 Extrema on an interval- AB Fall 2016- p86-88 Rolle's Theorem and MVT- AB Fall 2016- p89 First derivative test- AB Fall 2016- p90-91 Second derivative test- AB Fall 2016- p92-93 Curve Sketching- AB Fall 2016- p94 Lesson- Curve Sketching Optimization- AB Fall 2016- p96

Unit 5 Linearization- AB Fall 2016- p107-109 Newton's Method- AB Fall 2016- p110-111

Unit 6 Indefinite Integrals- AP Calculus Spring 17- Integration- p1,2 Indefinite Integrals with Initial Conditions- AP Calculus Spring 17- Integration- p3 U-substitution- AP Calculus Spring 2017- Integration p5 U-substitution- AP Calculus Spring 2017- Integration p6 Slope Fields- AP Calculus Spring 2017- Integration p8 Slope Fields- AP Calculus Spring 2017- Integration p9,10 Variation in Integration- AP Calculus Spring 2017- Integration p13-15 Algebraic Substitutions- AP Calculus Spring 2017- Integration p21,22 Trig Identities- AP Calculus Spring 2017- Integration p33-35 Trig Subs- AP Calculus Spring 2017- Integration p36,37

Unit 7 Sigma Notation- AP Calculus Spring 2017- Integration p38-39 Rectangular Approximation- AP Calculus Spring 2017- Integration p42 Rectangular Approximation- AP Calculus Spring 2017- Integration p43 Rectangular Approximation- AP Calculus Spring 2017- Integration p44 Riemann Sums- AP Calculus Spring 2017- Integration p45 MRAM, Trapezoidal- AP Calculus Spring 2017- Integration p46-48 Areas and Definite Integrals- AP Calculus Spring 2017- Integration p57-59 Properties of Definite Integrals- AP Calculus Spring 2017- Integration p60-61 Areas- Net and Total- AP Calculus Spring 2017- Integration p63 Areas- Net and Total- AP Calculus Spring 2017- Integration p64 Areas- Net and Total- AP Calculus Spring 2017- Integration p66 Usub, Definite Integrals- AP Calculus Spring 2017- Integration p67 AVT- AP Calculus Spring 2017- Integration p70 2nd Fundamental Theorem of Calculus- AP Calculus Spring 2017- Integration p72-73 Area between curves- AP Calculus Spring 2017- Integration p74 Area between curves- AP Calculus Spring 2017- Integration p75 Disk Method- AP Calculus Spring 2017- Integration p78 Disk Method- AP Calculus Spring 2017- Integration p79 Washer Method- AP Calculus Spring 2017- Integration p80 Shell Method- AP Calculus Spring 2017- Integration p81

Calculus 1- WCC
Review-Key- Mixed Integration WKST- Practice- Curve Sketching WKST-Key- Derivative Graphs and Particle Motion Review- Newton's Method, Differentials Wkst-Key- Integration by Substitution WKST-Key- Integration with Substitution (transcendental) Wkst- Key- Slope Fields Wkst-Key- Integration with Trig Identities Wkst- Integration with Trig Substitution Key- Wkst- Integration with Trig Substitution

Review Sets and Keys Key- Review- Limits, Continuity, and Differentiability Key- Review- Exponential and Logarithmic Functions

Projects
Project- Modeling and Rates Grade Form- Project- Modeling and Rates

Project- Related Rates Rubric- Project- Related Rates

The AP Exam
Student Work: AP Review- 2016-2017

[|Link to Released AP Exam Questions] Cann's Useful Calc Links Wonderful Website for AP Review Links!

Sample Examination III- Multiple Choice Sample Examination IV- Multiple Choice Sample Examination V- Multiple Choice Sample Examination VI- Multiple Choice

media type="custom" key="28728204" AP Calculus Name:Activity- Towers of HanoiDate:_Each day for the next 10 __classes__, we will play the “Towers of Hanoi” in class. The purpose of doing this is to get a sense of the real world applications of mathematical modeling and limits in a somewhat entertaining way!Your final submission should be typed and emailed to me at: tcann290@gmail.com. Your responses should be in paragraph form using appropriate grammar and terminology. 1. Create a table to record your results over the 10 day period2. Create a graph of your data table using appropriate software3. What model would **//you expect//** to be most appropriate for an activity of this nature? Why?4. What function-model best fits your data? How do you know?5. Does your model have a “shelf life”? How do you know?6. In what way does this activity support the concepts learned in the limit unit?7. Other observations/thoughts?