A.P. Calculus BC Course Syllabus for Advanced Placement Calculus BC Course Overview/Objective Every concept will be taught starting with a theoretical approach followed with a series of examples relevant to the theory. It is absolutely imperative that every student understand this process and review the lecture notes as soon as possible. It is necessary for students to master the precise terminology used in the text and in class to know how to apply concepts and understand the relationships between concepts. [C3] [C4] In this rigorous course I plan to teach students to help one another to succeed as a group, rather than as an individual. Course Planner [C2] Primary Textbook AP Calculus will be taught using the Fifth Edition of the Stewart textbook “ Calculus,” Early Transcendentals. There will be some supplemental material used regularly, including previous AP Exams from the College Board and other sources. Chapter 11, Infinite Sequences and Series, will be the last chapter we cover in class. Chapter 1: Functions and Models (summer) Students complete this review of Pre - Calculus material over summer. Chapter 2: Limits and Derivatives (8 days) • • • • • Limits o Point, infinite, function o Properties of limits o Horizontal Asymptotes Continuity The Tangent Rates of Change and Slope Velocity and other Rates of Change Chapter 3: Derivatives (15 days) • • • • • • • Definition of the Derivative The Derivative as a Function The Product and Quotient Rules Derivatives of Transcendental Functions The Chain Rule Implicit Differentiation Related Rates Chapter 4: Applications of Derivatives (13 days) • • Mean Value Theorem Extreme Values o critical points o monotonic functions o points of inflection o concavity • • • • • • Tangent line approximation L’ Hospital’ s Rule Curve Sketching Optimization Newton’ s Method Antiderivatives Chapter 5: Integrals (14 days) • • • • • • • • Areas and Distances Riemann Sums Definite integrals Area Accumulator Functions Fundamental Theorem of Calculus Indefinite Integrals/Net Change Theorem The Substitution Rule Trapezoidal Rule Chapter 6: Applications of Integration (12 days) • • • • Areas between curves Volumes by Cross – sections Volumes o Washers o Shells Average Value of a Function Chapter 7: Techniques of Integration (12 days) • • • • • Integration by Parts Trig. Integrals Partial Fractions Strategy for Integration Improper Integrals Chapter 8: Further Applications of Integration (4 days) • Arc Length • Surface Area Chapter 9: Differential Equations (12 days) • • • • • • • Slope Fields Slope Fields on the Grapher Euler’ s Method of Approximation Separable Equations Exponential Growth/Decay Logistic Growth Models/Differential Equations Chapter 10: Parametric Equations and Polar Coordinates (14 days) • • • • Parametric Curves Calculus of Parametric Curves Polar Coordinates Areas and Lengths in Polar Coordinates Chapter 12 & 13: Vectors and Vector Functions (8 days) • • • • • Review Vectors Vector Functions Derivatives and Integrals Arc Length and Curvature Motion in Space o Position, velocity, acceleration vectors o Speed o Total Distance Traveled Chapter 11: Infinite Sequences and Series (15 days) • • • Sequences Series Geometric Series • Tests for Convergence/Divergence o Nth root test o P – series test o Integral test o Comparison test/Limit comparison test o Alternating series test o Ratio and Root test Radius and Interval of Convergence Power Series o Differentiation/Integration Representations of Functions as Power Series Taylor Series Maclaurin Series • • • • • • • • Taylor Polynomials/Maclaurin Polynomials Lagrange Error Bounds Applications of Taylor Polynomials Teaching Strategies The outline shown above is a list of all the topics from the Stewart textbook. We also cover topics that aren’ t necessarily mentioned in the AP Calculus Course Description. The reason to cover these additional topics is to give students alternate approaches that they can rely upon if needed. The Course Planner provides students with a general list of the sections covered in this advanced placement course consistent with the primary textbook. The course also provides students with a variety of representations of functions as the AP course requirements claim. Verbal descriptions of functions representing rates of change and area accumulator functions are used often, especially during lessons and reviews. Students should know how to interpret rates and use appropriate terms to describe how these rates change. The instructor will clearly define these skills in class. [C4] AP Exam Review The class meets regularly after school for AP reviews. In these sessions, students receive packets of Multiple – Choice questions and Free – Response questions pertinent to the topic being discussed in class at that time. During these sessions, students work in groups and individually to discuss solution approaches to the problems. [C4] As we approach the actual test date, students are encouraged to begin individual preparation by purchasing an AP preparation guide to assist in preparing for the exam. These guides provide sample problems that students need to practice. Depending on the available time in class, students are provided with drills consisting of Multiple – Choice and Free – Response questions to determine their progress, or status for the AP exam. These drills maybe graded. Drills are at times graded by students to give them the opportunity to see exactly how the college – board has graded free – response questions. [C4] Representations of Functions The graphing calculator allows students to analyze graphs of functions, derivatives of functions and antiderivatives of functions. The TABLE feature in the grapher can also be used to analyze change in behavior of derivative functions and/or integral functions by simply analyzing table values. This seems to be an important skill necessary for the AP exam. [C3] Student Activity We will have several student activities in the class, depending on time. One student activity is “ Slope Fields.” This activity is done in groups and takes a whole block period. Students are given graphs of slope fields and asked to analyze the slopes and predict the possible solutions of the direction fields. This introduces Initial Value Problems, which is an important type of questions for Differential Equations. [C3] [C4] [C5] Graphing Calculator The use of a graphing calculator in AP Calculus is considered an integral part of the course. Students should be using this technology regularly to become familiar with all of the relevant functions it contains. Remember, the graphing calculator is required for the AP Exam. . All students will be required to bring a TI-83, TI-83 Plus, or a TI-89 EVERY day to class. The TABLE feature in the calculator also allows students to view functions described numerically. The slope field program provides students with different viewing windows to analyze slopes and make conjectures regarding change in slopes. The most interesting feature of the graphing calculator is the feature that allows students to graph the derivative and anti-derivative. This feature can assist students in analyzing slopes, concavity, points of inflection, and extrema. [C3] [C5] The graphing calculator can also be used to support an answer. The graphing calculator gives students confidence with their answers. It seems like when students use their calculator to find answers they feel more comfortable with their results. [C4] Student Evaluation All exams and quizzes will be announced. Some exams are taken in groups, and all quizzes will be taken individually. All exams will contain authentic multiple – choice problems and free response problems, consistent with the actual AP exam. Every exam will be graded on the curve. There will be a First Quarter Exam, Semester Exam, Final Exam (Actual A.P. Exam). All these exams are taken individually. All exams are comprehensive exams. [C4] There will be three take – home quizzes, one each quarter. Students are encouraged to discuss approaches to solving the problems on the quizzes, but must submit their own solutions. [C4] Web Resources: o www.calculusinmotion.com/Sketchpad o www.collegeboard.com, and www.apcentral.collegeboard.com Curricular Requirements These five Curricular Requirements are referenced in this syllabus. [C1] The teacher has read the most recent AP Calculus Course Description, available to download on the AP Calculus BC Course Home Page. [C2] The course teaches all topics associated with Functions, Graphs, and Limits; Derivatives; Integrals; and Polynomial Approximations and Series as delineated in the Calculus BC Topics Outline in the AP Calculus Course Description. [C3] Evidence of Curricular Requirement: The course provides students with the opportunity to work with functions represented in a variety of ways – graphically, numerically, analytically, and verbally – and emphasizes the connections among these representations. [C4] The course teaches students how to communicate mathematics and explain solutions to problems both verbally and in written sentences. [C5] The course teaches students how to use graphing calculators to help solve problems, experiment, interpret results, and support conclusions.