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34671071755August 201500August 2015377380533655AP Calc BCBaldwin00AP Calc BCBaldwin-95692361507MonTueWedThuFriWeek 1101st Day of School Video “Who Invented Calculus?”Go Over Syllabi – Show StatsHW: Syllabus& Composition Notebook11Limit QualifierChapter 2 Review HW – pg. 89 #1 a bpg. 154 #5, 11, 15, 25pg. 161 #3, 4, 5, 19 – 24 all, 27, 28, 31pg. 171 # 5-12 allpg. 176 #37, 39, 41, 42, 44-49 all, 51, & 5212What is the limit Definition of the Derivative?Difference Quotient WS1314AP MC Quiz: Limits & ContinuityWeek 217182.1 – 2.9 Test195 min: In notes: Write down every derivative rule that you remember5 min: Exchange rules with the class40 min: Derivative Qualifier20Skills Review21Early Release3.1 – 3.5 QuizWeek 324Skills Review253.1 – 3.8 Review Review:Pg. 269 #1 – 49 EOO, Skip 41 & 4553 – 57 odds, 67 – 73 odds, 80, 81, 85263.1 – 3.8 Review273.1 – 3.8 Test2800MonTueWedThuFriWeek 1101st Day of School Video “Who Invented Calculus?”Go Over Syllabi – Show StatsHW: Syllabus& Composition Notebook11Limit QualifierChapter 2 Review HW – pg. 89 #1 a bpg. 154 #5, 11, 15, 25pg. 161 #3, 4, 5, 19 – 24 all, 27, 28, 31pg. 171 # 5-12 allpg. 176 #37, 39, 41, 42, 44-49 all, 51, & 5212What is the limit Definition of the Derivative?Difference Quotient WS1314AP MC Quiz: Limits & ContinuityWeek 217182.1 – 2.9 Test195 min: In notes: Write down every derivative rule that you remember5 min: Exchange rules with the class40 min: Derivative Qualifier20Skills Review21Early Release3.1 – 3.5 QuizWeek 324Skills Review253.1 – 3.8 Review Review:Pg. 269 #1 – 49 EOO, Skip 41 & 4553 – 57 odds, 67 – 73 odds, 80, 81, 85263.1 – 3.8 Review273.1 – 3.8 Test28297180190500September 201500September 20153926205152400AP Calc BCBaldwin00AP Calc BCBaldwin49530593725MonTueWedThuFriWeek 4314.1 TSW identify the minimum & maximum values of a function from the graph & from the function.HW - pg. 2843, 5, 9, 11, 15, 17, 22, 23, 25, 27 – 31 all, 41, 47, 49, 53, 55, 57, 6714.2 TSW understand & apply Rolle’s Thm & the Mean Value Theorem.HW - pg. 2931, 3, 5, 10, 11, 13, 15, 23, 25, 3524.3 TSW identify where f(x) is inc or dec, find local max & min values of f(x), intervals of concavity, and points of inflection using the 1st & 2nd derivative tests. TSW sketch a function using the above data.34.3 TSW identify where f(x) is inc or dec, find local max & min values of f(x), intervals of concavity, and points of inflection using the 1st & 2nd derivative tests. TSW sketch a function using the above data.HW - pg. 3021, 5 – 10 all, 25 – 49 EOO skip 29, 454AP MC Quiz: DifferentiationWeek 57No SchoolLabor Day84.4 TSW evaluate indeterminant limits using L’hospital’s rule.HW – 4.4 pg. 312 # 5 – 65 EOO94.5 TSW complete a thorough graph analysis of a function including domain, intercepts, asymptotes, symmetry, inc/dec intervals, mins & maxs, concavity, & pts of inflection.10Curve Sketching QUIZ11Early Release4.1 – 4.5 ReviewWeek 614FALL BREAKNO SCHOOL154.1 – 4.5 ReviewCh 4 Review HW: pg. 360 5, 7-17 odds, 16, 18, 21, 23, 27, 29, 46, 48, 49 (skip 13)164.1 – 4.5 Review174.1 – 4.5 TestPass out Curve Sketching Take Home Test183.10 TSW solve real life problems using related rates.HW – pg. 257 #1 – 29 odds, skip #7Week 7213.10 TSW solve real life problems using related rates.Related Rates Matching LabHW – Complete Part II of Lab223.10 TSW solve real life problems using related rates.234.7 TSW set up a function to model a real world value in order to optimize that value by calculating minimum & maximum values of the function.HW – pg. 334#3, 9, 12, 17 – 29 EOO244.7 TSW set up a function to model a real world value in order to optimize that value by calculating minimum & maximum values of the function.25Applications Review00MonTueWedThuFriWeek 4314.1 TSW identify the minimum & maximum values of a function from the graph & from the function.HW - pg. 2843, 5, 9, 11, 15, 17, 22, 23, 25, 27 – 31 all, 41, 47, 49, 53, 55, 57, 6714.2 TSW understand & apply Rolle’s Thm & the Mean Value Theorem.HW - pg. 2931, 3, 5, 10, 11, 13, 15, 23, 25, 3524.3 TSW identify where f(x) is inc or dec, find local max & min values of f(x), intervals of concavity, and points of inflection using the 1st & 2nd derivative tests. TSW sketch a function using the above data.34.3 TSW identify where f(x) is inc or dec, find local max & min values of f(x), intervals of concavity, and points of inflection using the 1st & 2nd derivative tests. TSW sketch a function using the above data.HW - pg. 3021, 5 – 10 all, 25 – 49 EOO skip 29, 454AP MC Quiz: DifferentiationWeek 57No SchoolLabor Day84.4 TSW evaluate indeterminant limits using L’hospital’s rule.HW – 4.4 pg. 312 # 5 – 65 EOO94.5 TSW complete a thorough graph analysis of a function including domain, intercepts, asymptotes, symmetry, inc/dec intervals, mins & maxs, concavity, & pts of inflection.10Curve Sketching QUIZ11Early Release4.1 – 4.5 ReviewWeek 614FALL BREAKNO SCHOOL154.1 – 4.5 ReviewCh 4 Review HW: pg. 360 5, 7-17 odds, 16, 18, 21, 23, 27, 29, 46, 48, 49 (skip 13)164.1 – 4.5 Review174.1 – 4.5 TestPass out Curve Sketching Take Home Test183.10 TSW solve real life problems using related rates.HW – pg. 257 #1 – 29 odds, skip #7Week 7213.10 TSW solve real life problems using related rates.Related Rates Matching LabHW – Complete Part II of Lab223.10 TSW solve real life problems using related rates.234.7 TSW set up a function to model a real world value in order to optimize that value by calculating minimum & maximum values of the function.HW – pg. 334#3, 9, 12, 17 – 29 EOO244.7 TSW set up a function to model a real world value in order to optimize that value by calculating minimum & maximum values of the function.25Applications Review-31898202018MonTueWedThuFriWeek 828Applications Review29Applications Review30Applications TEST14.10 TSW calculate the general & particular antiderivative of a function. TSW sketch the antiderivative given a graph of f’. TSW use the antiderivative to solve position, velocity, & acceleration problems.HW – pg. 356 # 17 – 51 odds, # 59 – 65 odds2Early ReleaseWeek 955.1 TSW understand and apply the concept of a Riemann sum to estimate the area under a curve using left, right & mid points. TSW will apply the concept of the definite integral as the area under the curve.HW – pg. 376 # 1, 5, 11, 13, 15, 17, 18, 2065.2 TSW express an integral as a limit of sums and vice versa. Use Riemann sums & summation formulas to evaluate a definite integral. Interpret a definite integral as the area between the function and the x-axis. Estimate the area under a curve using the Trapezoidal Rule.HW – 5.2 pg. 388 #3 –11 odds, 15–37 odds, 43 & 45, skip 21, 27, & 33 HW – 7.7 pg. 521 # 1, 2, 3 , 7, 975.3 TSW understand & Apply the Fundamental Thm of Calculus. Evaluate definite integrals.HW – pg. 398 #1 – 49 EOO85.3 TSW understand & Apply the Fundamental Thm of Calculus. Evaluate definite integrals.HW – Finish Integral Packet9Week 1012FALL BREAKNO SCHOOL13Curve Sketching Take Home Test DUE5.4 TSW calculate definite and indefinite integrals.HW – pg. 407 # 1 – 41 EOO, 45, 53, 55145.5 TSW use the substitution rule to evaluate definite and indefinite integrals.5.7 TSW understand & recognize integrals resulting in arctan x & arcsin x.HW - pg. 416 # 1 – 41 EOO, # 49 – 69 EOO15Group Quiz16Chapter 5 ReviewBONUS HW – pg. 427# 2 – 5 all, 7, 9, 13, 15, 19 – 25 odds, 29 – 33 odds, 37, 39, 45 – 49 odds, 58, 59, 61pg. 408 #55Week 1119Chapter 5 Review20Chapter 5 Review21Chapter 5 Test22Early ReleaseParent Teacher Conferences6.1 Calculate the area between 2 curves.HW – 6.1 pg. 438 # 1 – 41 EOO, # 4423Early Release00MonTueWedThuFriWeek 828Applications Review29Applications Review30Applications TEST14.10 TSW calculate the general & particular antiderivative of a function. TSW sketch the antiderivative given a graph of f’. TSW use the antiderivative to solve position, velocity, & acceleration problems.HW – pg. 356 # 17 – 51 odds, # 59 – 65 odds2Early ReleaseWeek 955.1 TSW understand and apply the concept of a Riemann sum to estimate the area under a curve using left, right & mid points. TSW will apply the concept of the definite integral as the area under the curve.HW – pg. 376 # 1, 5, 11, 13, 15, 17, 18, 2065.2 TSW express an integral as a limit of sums and vice versa. Use Riemann sums & summation formulas to evaluate a definite integral. Interpret a definite integral as the area between the function and the x-axis. Estimate the area under a curve using the Trapezoidal Rule.HW – 5.2 pg. 388 #3 –11 odds, 15–37 odds, 43 & 45, skip 21, 27, & 33 HW – 7.7 pg. 521 # 1, 2, 3 , 7, 975.3 TSW understand & Apply the Fundamental Thm of Calculus. Evaluate definite integrals.HW – pg. 398 #1 – 49 EOO85.3 TSW understand & Apply the Fundamental Thm of Calculus. Evaluate definite integrals.HW – Finish Integral Packet9Week 1012FALL BREAKNO SCHOOL13Curve Sketching Take Home Test DUE5.4 TSW calculate definite and indefinite integrals.HW – pg. 407 # 1 – 41 EOO, 45, 53, 55145.5 TSW use the substitution rule to evaluate definite and indefinite integrals.5.7 TSW understand & recognize integrals resulting in arctan x & arcsin x.HW - pg. 416 # 1 – 41 EOO, # 49 – 69 EOO15Group Quiz16Chapter 5 ReviewBONUS HW – pg. 427# 2 – 5 all, 7, 9, 13, 15, 19 – 25 odds, 29 – 33 odds, 37, 39, 45 – 49 odds, 58, 59, 61pg. 408 #55Week 1119Chapter 5 Review20Chapter 5 Review21Chapter 5 Test22Early ReleaseParent Teacher Conferences6.1 Calculate the area between 2 curves.HW – 6.1 pg. 438 # 1 – 41 EOO, # 4423Early Release37147500AP Calc BCBaldwin00AP Calc BCBaldwin44577019050October 201500October 20153964305113030AP Calc BCBaldwin00AP Calc BCBaldwin198120151130November 201500November 2015-31750445135MonTueWedThuFriWeek 12266.2 TSW calculate volumes by revolution using the disk/washer method.HW – 6.2 pg. 448 #1 – 17 odds, 31 – 35 odds276.3 TSW calculate volumes by revolution using the cylindrical shell method.HW – 6.3 pg. 455#5, 6, 9, 13, 17, 19286.2 TSW calculate the volume of a solid given the base and cross-section.HW – Worksheet296.5 Calculate the average value of a function & apply the Mean Value Theorem for Integrals.HW - 6.5 pg. 462 # 1 – 15 odds 30AP Volume/Area FRQ QUIZWeek 132Chapter 6 ReviewHW – pg. 462 #8, 10, 12Pg. 463 #1 – 15 odds, 23 – 26 all, 303AP MC: Area & Volume Quiz 4Chapter 6 Review5Chapter 6 Test6Early ReleaseWeek 1497.1 TSW understand and apply integration by parts.HW – pg. 474 #1, 5, 9, 17, 21, 25107.2 TSW evaluate trigonometric integrals.HW – pg. 482#1, 7, 21, 23, 2511VETERANS DAYNO SCHOOL127.3 TSW evaluate integrals using trigonometric substitution.HW – 7.3 pg. 488 # 1, 7, 13, 19, 25, 3313Week 15167.4 TSW evaluate integrals using partial fraction decomposition177.4 TSW evaluate integrals using partial fraction decomposition.HW – pg. 498 # 1 – 9 EOO, 15, 17, 19, 25, 33187.8 TSW evaluate improper integrals.HW – pg. 531 #5, 13, 17, 21, 29, 33192023 - 27No SchoolThanksgiving Recess00MonTueWedThuFriWeek 12266.2 TSW calculate volumes by revolution using the disk/washer method.HW – 6.2 pg. 448 #1 – 17 odds, 31 – 35 odds276.3 TSW calculate volumes by revolution using the cylindrical shell method.HW – 6.3 pg. 455#5, 6, 9, 13, 17, 19286.2 TSW calculate the volume of a solid given the base and cross-section.HW – Worksheet296.5 Calculate the average value of a function & apply the Mean Value Theorem for Integrals.HW - 6.5 pg. 462 # 1 – 15 odds 30AP Volume/Area FRQ QUIZWeek 132Chapter 6 ReviewHW – pg. 462 #8, 10, 12Pg. 463 #1 – 15 odds, 23 – 26 all, 303AP MC: Area & Volume Quiz 4Chapter 6 Review5Chapter 6 Test6Early ReleaseWeek 1497.1 TSW understand and apply integration by parts.HW – pg. 474 #1, 5, 9, 17, 21, 25107.2 TSW evaluate trigonometric integrals.HW – pg. 482#1, 7, 21, 23, 2511VETERANS DAYNO SCHOOL127.3 TSW evaluate integrals using trigonometric substitution.HW – 7.3 pg. 488 # 1, 7, 13, 19, 25, 3313Week 15167.4 TSW evaluate integrals using partial fraction decomposition177.4 TSW evaluate integrals using partial fraction decomposition.HW – pg. 498 # 1 – 9 EOO, 15, 17, 19, 25, 33187.8 TSW evaluate improper integrals.HW – pg. 531 #5, 13, 17, 21, 29, 33192023 - 27No SchoolThanksgiving Recess251460250825December 2015 00December 2015 4057650265430AP Calc BCBaldwin00AP Calc BCBaldwin49530593725MonTueWedThuFriWeek 16308.1 TSW calculate the arclength of a curve.HW – pg. 546 #1, 3, 9, 13, 19, 2118.2 TSW calculate the area of a surface of rotation.HW – pg. 552 # 1 – 13 EOO, # 15 – 19 odds2Work Day3Chapter 7/8 Quiz4Chapter 7/8 ReviewWeek 177Chapter 7/8 Review8Chapter 7/8 Review9Chapter 7/8 Test10Final Exam Review11Early ReleaseFinal Exam ReviewWeek 1814Final Exam Review15Final Exam Review16Final Exam Review17Early ReleaseFINALS18Early ReleaseFINALS00MonTueWedThuFriWeek 16308.1 TSW calculate the arclength of a curve.HW – pg. 546 #1, 3, 9, 13, 19, 2118.2 TSW calculate the area of a surface of rotation.HW – pg. 552 # 1 – 13 EOO, # 15 – 19 odds2Work Day3Chapter 7/8 Quiz4Chapter 7/8 ReviewWeek 177Chapter 7/8 Review8Chapter 7/8 Review9Chapter 7/8 Test10Final Exam Review11Early ReleaseFinal Exam ReviewWeek 1814Final Exam Review15Final Exam Review16Final Exam Review17Early ReleaseFINALS18Early ReleaseFINALS3764280248285AP Calc BCBaldwin00AP Calc BCBaldwin247650214630January 201600January 201695250445297MonTueWedThuFriWeek 14Section 1A: TSW list terms in a sequence given the formula for the nth term and vice versa. TSW determine whether a sequence diverges or converges by nth term Test. TSW find partial sums and the sum of an infinite series. 5Section 1B: TSW find partial sums and the sum of an infinite geometric series. TSW determine whether a geometric series is divergent or convergent. HW - Section 1A #1 – 3, 5 – 9 all,# 11 – 15 odds 6Section 1B: TSW find partial sums and the sum of an infinite geometric series. TSW determine whether a geometric series is divergent or convergent. HW - Section 1B#17 – 27 odds,31, 42 – 46 all7Section 2: An Introduction to Taylor Polynomials - TSW state & apply the Maclaurin Polynomial approximations for sinx, cosx, 1/(1-x), & ln(1-x).HW - Section 2#1 – 11 odds8Early Release*COOL Introduction to Sequences, Series, & Taylor Polynomials!*Does 0.99999… = 1?Week 211Section 1 Quiz12Section 3: A Systematic Approach to Taylor PolynomialsHW - Section 3#1 – 21 oddsskip #9, #2a13Section 4: Lagrange RemainderHW - Section 4#1 – 19 odds, 1814Review15Sections 2 – 4 QuizWeek 318MLK DAYNo School19Review20Review21Sequences & Series TEST Part 122Section 6: TSW identify the values of x for which certain power series converge. TSW find the radius of convergence and the interval of convergence for a power series.HW - Section 6#1-17 EOO, 20, #21-25 odds, 27-39 EOOWeek 425Section 7: TSW Understand and apply the Integral Test, P-Series Test, Direct Comparison Test, & Limit Comparison Test for Positive Term Series.26Section 7: TSW Understand and apply the Integral Test, P-Series Test, Direct Comparison Test, & Limit Comparison Test for Positive Term Series.HW - Section 7#1 – 33 EOO,34 – 40 all27Section 8: TSW apply the Alternating Series Test & the Alternating Series Error Bound. TSW use the Ratio Test to find interval of convergence for Power SeriesHW - Section 8#1– 13 EOO, #17–23 odds,45 – 57 odds. 28Section10: TSW use Taylor series to evaluate integrals & limits. TSW create Taylor series for specified functions.HW - Section 10#8 – 12 all13, 15, 31 – 39 odds, 4329Sections 6 – 10 Quiz00MonTueWedThuFriWeek 14Section 1A: TSW list terms in a sequence given the formula for the nth term and vice versa. TSW determine whether a sequence diverges or converges by nth term Test. TSW find partial sums and the sum of an infinite series. 5Section 1B: TSW find partial sums and the sum of an infinite geometric series. TSW determine whether a geometric series is divergent or convergent. HW - Section 1A #1 – 3, 5 – 9 all,# 11 – 15 odds 6Section 1B: TSW find partial sums and the sum of an infinite geometric series. TSW determine whether a geometric series is divergent or convergent. HW - Section 1B#17 – 27 odds,31, 42 – 46 all7Section 2: An Introduction to Taylor Polynomials - TSW state & apply the Maclaurin Polynomial approximations for sinx, cosx, 1/(1-x), & ln(1-x).HW - Section 2#1 – 11 odds8Early Release*COOL Introduction to Sequences, Series, & Taylor Polynomials!*Does 0.99999… = 1?Week 211Section 1 Quiz12Section 3: A Systematic Approach to Taylor PolynomialsHW - Section 3#1 – 21 oddsskip #9, #2a13Section 4: Lagrange RemainderHW - Section 4#1 – 19 odds, 1814Review15Sections 2 – 4 QuizWeek 318MLK DAYNo School19Review20Review21Sequences & Series TEST Part 122Section 6: TSW identify the values of x for which certain power series converge. TSW find the radius of convergence and the interval of convergence for a power series.HW - Section 6#1-17 EOO, 20, #21-25 odds, 27-39 EOOWeek 425Section 7: TSW Understand and apply the Integral Test, P-Series Test, Direct Comparison Test, & Limit Comparison Test for Positive Term Series.26Section 7: TSW Understand and apply the Integral Test, P-Series Test, Direct Comparison Test, & Limit Comparison Test for Positive Term Series.HW - Section 7#1 – 33 EOO,34 – 40 all27Section 8: TSW apply the Alternating Series Test & the Alternating Series Error Bound. TSW use the Ratio Test to find interval of convergence for Power SeriesHW - Section 8#1– 13 EOO, #17–23 odds,45 – 57 odds. 28Section10: TSW use Taylor series to evaluate integrals & limits. TSW create Taylor series for specified functions.HW - Section 10#8 – 12 all13, 15, 31 – 39 odds, 4329Sections 6 – 10 Quiz3863340117475AP Calc BCBaldwin00AP Calc BCBaldwin297180117475February 201600February 201691440483235MonTueWedThuFriWeek 51Review2Review3NO SCHOOLPROFESSIONAL DEVELOPMENT4Review5Sequences & Series TEST Part 2Week 6910.1 TSW sketch a parametric equation. TSW eliminate the parameter in a parametric equation & state domain restrictions.HW – pg. 645#1 – 13 odds, #17 – 25 odds1010.2 TSW find the slope of a tangent line and the equation of a tangent line to a parametric equation. TSW calculate the area under the curve given a parametric equation.1110.2 TSW find the slope of a tangent line and the equation of a tangent line to a parametric equation. TSW calculate the area under the curve given a parametric equation.HW – pg. 653 #1 – 27 odds, 31, & 3311Early ReleaseP/T Conferences10.3 TSW calculate the arc length of a parametric curve and the surface area of a solid formed by a parametric curve.HW – pg. 659#1, 3, 5, 9, 11, 21, 23, 25, & 2912Early ReleaseWeek 715President’s DayNo School1610.4 TSW graph points in polar coordinates. Convert points & functions from polar to rectangular coordinates and vice versa. Graph polar equations using a t-chart or by graphing rectangular trig functions. Calculate the derivative of a polar curve and find the equation of the tangent line to a given point.1710.1 – 10.3 Quiz1810.4AHW – pg. 668 # 5, 13 – 25 odds, 29, #36 – 39 all, 45, 46, 56(16 problems)10.4BHW – pg. 669#59, 61, 63, #71 – 75 odds(6 problems)1910.5 TSW calculate areas under polar curves and arc length of polar curves.Week 82210.5 TSW calculate areas under polar curves and arc length of polar curves.HW – pg. 674 #1, 5, 7, 11, 15 #19 – 23 odds, 29, #45 – 53 (13 problems)2310.4 & 10.5 Quiz24Chapter 10 ReviewBONUSHW – pg. 688#17 – 23 odds#27 – 37 odds2513.1 TSW identify the domain and limits of vector-valued functions. 2600MonTueWedThuFriWeek 51Review2Review3NO SCHOOLPROFESSIONAL DEVELOPMENT4Review5Sequences & Series TEST Part 2Week 6910.1 TSW sketch a parametric equation. TSW eliminate the parameter in a parametric equation & state domain restrictions.HW – pg. 645#1 – 13 odds, #17 – 25 odds1010.2 TSW find the slope of a tangent line and the equation of a tangent line to a parametric equation. TSW calculate the area under the curve given a parametric equation.1110.2 TSW find the slope of a tangent line and the equation of a tangent line to a parametric equation. TSW calculate the area under the curve given a parametric equation.HW – pg. 653 #1 – 27 odds, 31, & 3311Early ReleaseP/T Conferences10.3 TSW calculate the arc length of a parametric curve and the surface area of a solid formed by a parametric curve.HW – pg. 659#1, 3, 5, 9, 11, 21, 23, 25, & 2912Early ReleaseWeek 715President’s DayNo School1610.4 TSW graph points in polar coordinates. Convert points & functions from polar to rectangular coordinates and vice versa. Graph polar equations using a t-chart or by graphing rectangular trig functions. Calculate the derivative of a polar curve and find the equation of the tangent line to a given point.1710.1 – 10.3 Quiz1810.4AHW – pg. 668 # 5, 13 – 25 odds, 29, #36 – 39 all, 45, 46, 56(16 problems)10.4BHW – pg. 669#59, 61, 63, #71 – 75 odds(6 problems)1910.5 TSW calculate areas under polar curves and arc length of polar curves.Week 82210.5 TSW calculate areas under polar curves and arc length of polar curves.HW – pg. 674 #1, 5, 7, 11, 15 #19 – 23 odds, 29, #45 – 53 (13 problems)2310.4 & 10.5 Quiz24Chapter 10 ReviewBONUSHW – pg. 688#17 – 23 odds#27 – 37 odds2513.1 TSW identify the domain and limits of vector-valued functions. 2695250201133MonTueWedThuFriWeek 929Chapter 10 Review1Chapter 10 Test213.2 TSW find the derivative and tangent vectors to vector functions. TSW identify a vector function as smooth. TSW evaluate the definite integral of a vector function.HW: 13.1 pg. 842 # 1, 3, 5, 7 – 12 all, 13, 1713.2 pg. 848# 5, 9, 13, 25, 27, 29, 33 – 39 odds313.3/13.4 TSW find the arc length of a vector valued function. TSW find acceleration, velocity, & position vectors given appropriate information and apply them to solve a problem.HW: 13.3 pg. 855 # 1 – 3 All 13.4 pg. 865 #3 – 19 EOO, 164Early Release13.1 – 13.4 QUIZWeek 107QUIZ8Review9Chapter 13 Test109.2A Differential Equations:Match y & dy/dx to the slope fieldCreate a slope field given a differential equation.Sketch the function (y) given the slope field and an initial condition.HW – Slope Field Packet9.2A pg. 593#1 – 7 all, 9, 1111AP MC: Sequences & Series QuizWeek 11149.2B Differential Equations:Apply Euler’s MethodHW – Euler Worksheet 9.2B pg. 594 #19, 21, 23159.3 Separable EquationsFind y using separation of variablesHW – 9.3 pg. 600#1–17 odds, 29 & 31169.4 Exponential Growth & DecayHW – 9.4 pg. 610 # 1, 3, 13, 2017Chapter 9 Quiz18Take Home Test:AP MC Sample Exam IVDue 1st thing on Monday 4/4/16Spring Break2122232425Week 1228P 2, 4/5, 729P 1, 3, 69.5 The Logistic Equation Logistics Model: “He Said, She Said” & Popcorn LAB HW – 9.5 pg. 619# 1 & 330P 2, 4/5, 731P 1, 3, 6Chapter 9 ReviewChapter 9 TEST1P 2, 4/5, 700MonTueWedThuFriWeek 929Chapter 10 Review1Chapter 10 Test213.2 TSW find the derivative and tangent vectors to vector functions. TSW identify a vector function as smooth. TSW evaluate the definite integral of a vector function.HW: 13.1 pg. 842 # 1, 3, 5, 7 – 12 all, 13, 1713.2 pg. 848# 5, 9, 13, 25, 27, 29, 33 – 39 odds313.3/13.4 TSW find the arc length of a vector valued function. TSW find acceleration, velocity, & position vectors given appropriate information and apply them to solve a problem.HW: 13.3 pg. 855 # 1 – 3 All 13.4 pg. 865 #3 – 19 EOO, 164Early Release13.1 – 13.4 QUIZWeek 107QUIZ8Review9Chapter 13 Test109.2A Differential Equations:Match y & dy/dx to the slope fieldCreate a slope field given a differential equation.Sketch the function (y) given the slope field and an initial condition.HW – Slope Field Packet9.2A pg. 593#1 – 7 all, 9, 1111AP MC: Sequences & Series QuizWeek 11149.2B Differential Equations:Apply Euler’s MethodHW – Euler Worksheet 9.2B pg. 594 #19, 21, 23159.3 Separable EquationsFind y using separation of variablesHW – 9.3 pg. 600#1–17 odds, 29 & 31169.4 Exponential Growth & DecayHW – 9.4 pg. 610 # 1, 3, 13, 2017Chapter 9 Quiz18Take Home Test:AP MC Sample Exam IVDue 1st thing on Monday 4/4/16Spring Break2122232425Week 1228P 2, 4/5, 729P 1, 3, 69.5 The Logistic Equation Logistics Model: “He Said, She Said” & Popcorn LAB HW – 9.5 pg. 619# 1 & 330P 2, 4/5, 731P 1, 3, 6Chapter 9 ReviewChapter 9 TEST1P 2, 4/5, 7398335533655AP Calc BCBaldwin00AP Calc BCBaldwin34671038100March 201600March 201610115557006117SPRING BREAK00SPRING BREAK366522033655AP Calc BCBaldwin00AP Calc BCBaldwin44577071755April 201600April 201691440365760MonTueWedThuFriWeek 134P 1, 3, 6*Go over Take Home Test:AP Multiple Choice Exam* handout Super-Cool formula sheet!5P 2, 4/5, 76P 1, 3, 6*Assign Free Response Poster Project:Project RubricFR QuestionsGroup Sign-Up Sheet*Goal Setting*FRQ practice 1,2, 3*FRQ practice 4,5,67P 2, 4/5, 78Early ReleaseP 1, 2, 37:30 amPizza = $1/sliceAuxillary GymAP Calculus AB Practice Exam = ? Final ExamWeek 1411AZMerit Writing (9, 10, 11)P 1, 3, 612AZMerit Math(9, 10, 11)P 2, 4/5, 713AZMerit Reading(9, 10, 11)P 1, 3, 614Late StartAIMS Science (9th)P 2, 4/5, 715Week 1518AP Practice ExamMC: Non-Calculator28 questions55 minutes19AP Practice ExamMC: Calculator17 questions50 minutes20AP Practice ExamFRQ: Calculator(2)Non-Calculator(1)3 questions45 minutes21AP Practice ExamFRQ: Non-Calculator(3)3 questions45 minutes22SPRING Break DayNo SchoolWeek 1625SPRING Break DayNo School2627282900MonTueWedThuFriWeek 134P 1, 3, 6*Go over Take Home Test:AP Multiple Choice Exam* handout Super-Cool formula sheet!5P 2, 4/5, 76P 1, 3, 6*Assign Free Response Poster Project:Project RubricFR QuestionsGroup Sign-Up Sheet*Goal Setting*FRQ practice 1,2, 3*FRQ practice 4,5,67P 2, 4/5, 78Early ReleaseP 1, 2, 37:30 amPizza = $1/sliceAuxillary GymAP Calculus AB Practice Exam = ? Final ExamWeek 1411AZMerit Writing (9, 10, 11)P 1, 3, 612AZMerit Math(9, 10, 11)P 2, 4/5, 713AZMerit Reading(9, 10, 11)P 1, 3, 614Late StartAIMS Science (9th)P 2, 4/5, 715Week 1518AP Practice ExamMC: Non-Calculator28 questions55 minutes19AP Practice ExamMC: Calculator17 questions50 minutes20AP Practice ExamFRQ: Calculator(2)Non-Calculator(1)3 questions45 minutes21AP Practice ExamFRQ: Non-Calculator(3)3 questions45 minutes22SPRING Break DayNo SchoolWeek 1625SPRING Break DayNo School262728293665220336550044577071755May 2016Wed613202700May 2016Wed6132027MonTueWedThuFriWeek 172AP ChemistryAP Environmental ScienceAP Psychology (PM)3AP Computer Science AAP SpanishAP Physics 1 (PM)(Algebra based)4AP English Lit & CompAP Physics 2 (PM)(Algebra based)5AP Calculus AB & BC Exam7:40am – NoonGymBring your Calculator!AP Chinese (PM)6AP US HistoryEarly Release Week 189AP BiologyAP Music TheoryAP Physics C: MechanicsAP Physics C: Electricity & Magnetism10AP US GovernmentAP French (PM)11AP English Lang & CompAP Statistics12AP World HistoryAP Statistics (PM)13AP Micro EconomicsWeek 191617181920Last day for seniorsWeek 20232425Early ReleaseFINALS26Early ReleaseFINALSLast Day for Students27 ................
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