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Preview of IB Math Analysis & Approaches SL Notes  - Unit 5 Calculus

IB Math Analysis & Approaches SL Notes - Unit 5 Calculus

Created by
Jack McRobert
These are handwritten notes for the fifth topic of the new Analysis & Approaches SL (AASL / A & A SL) course, for first exams in 2021. The HL course will contain this content, with some additional calculus subtopics. There will also be significant overlap with the A & I Topic 5. I wrote and sold notes for the old IB courses, which have been fairly successful, so I am in the process of writing notes for the new courses, from scratch. If you want a preview, try the first topic of course notes f
Preview of Calculus - Studying the Behavior of Functions Graphically

Calculus - Studying the Behavior of Functions Graphically

Students use the graphing calculator to create graphs of f, f’, and f”, and make observations about conditions that cause f to be increasing f to be decreasing, Extrema to occur A point of inflection based upon information from various graphs. This is a great lesson for students to use prior to knowing all the analytical techniques for taking a derivative. Using the built-in features on the graphing calculator students can graph a derivative of a function and a second derivative of a f
Preview of Calculus - Reading and Using Information from the Graph of f'

Calculus - Reading and Using Information from the Graph of f'

From a graph of f’ students are asked to describe where f is increasing and decreasing, the locations for all local minimums and maximums for f, locations of all absolute minimums and maximums for f, locations of all points of inflection, and to make a sketch of f and f”.
Preview of CALCULUS: LOCAL MAXIMUM AND LOCAL MINIMUM

CALCULUS: LOCAL MAXIMUM AND LOCAL MINIMUM

Created by
STEM Creations
Objectives: Upon completion of this section, the student should be able to: • Use derivatives to determine the intervals of increase and decrease of a given function • Use the First Derivative Test to determine any local maximum or minimum points
Preview of Derivatives -Graph Analysis Using Tables - Notes, Examples, Handout & Assignment

Derivatives -Graph Analysis Using Tables - Notes, Examples, Handout & Assignment

This resource includes notes, examples, handout and assignment analyzing graphs of functions using tables. Tables include: · Relative Extrema · Inflection Points · Intervals of Increase and Decrease · Intervals of Concave Upward and Concave Downward · Vertical Asymptotes Students will complete tables with: · Information about f(x) · Information about f'(x) · Information about f''(x) · Description of graph
Preview of Calculus - How are the Graphs of f, f ', and f " interrelated?

Calculus - How are the Graphs of f, f ', and f " interrelated?

Using the graphing calculator, students learn how the graphs of the first and second derivatives describe the behavior of the original function. The activity is composed of four parts. Students make observations based upon a series of questions about increasing, decreasing, extrema, and concavity
Preview of graph logarithm and inverse function : exponential , rational exponents function

graph logarithm and inverse function : exponential , rational exponents function

Graphing Logarithmic Function, Domain , Asymptotes & end behaviour Rational function inside logarithm + inverse function nested logarithm analysis of the function with detailed explanation for exam preparation It includes clear explanations in simple language to analyze logarithmic graphs: number of branches, increasing or decreasing behavior, inverse functions, and end behavior.
Preview of Calculus-Making Observations about the Function and Its Derivatives from Graphs

Calculus-Making Observations about the Function and Its Derivatives from Graphs

This discovery activity is made up of 5 part plus a closing question. Part I: Students graph a function and its derivative. From the two graphs students observe that when the graph of the derivative of y1 is positive the graph of y1 is increasing and that when the graph of the derivative of y1 is negative the graph of decreasing. Part II: In part I students studied a function with a minimum. In this part students will repeat the same observations but with a function that has a maximum. Part II
Preview of AP Calculus - f' Analysis Cheat Sheet

AP Calculus - f' Analysis Cheat Sheet

Created by
Bird's Eye Math
Help your students organize their thoughts of f' Analysis using thiHelp your students stay organized and master the fundamentals of calculus with this comprehensive, one-page f' Analysis Cheat Sheet. Perfect for AP Calculus students, this resource provides clear and concise explanations of critical points, increasing and decreasing functions, concavity, inflection points, and relative maximums and minimums using both the first and second derivative tests and how to justify them effectively! Key
Preview of Curve Sketching Lecture (Differential Calculus 1 Lesson Notes)

Curve Sketching Lecture (Differential Calculus 1 Lesson Notes)

This handout is meant as an in-class activity for curve sketching in a differential calculus course. The first few pages contains a review of curve sketching. The curve sketching topics covered are: domainx,y interceptshorizontal asymptotes (using limits)vertical asymptotes (using limits)increasing/decreasing (using first derivative)local max/min (first derivative test)concavity (using the second derivative)inflection pointssketch the graph of the function using all the above informationThe r
Preview of Calculus Lesson Plans Ch. 3A: Curve Sketching

Calculus Lesson Plans Ch. 3A: Curve Sketching

Created by
Fan's Math
These are the assignments I give my students for the first half of Ch. 3 in Larson Calculus 10 ed. I divide Ch. 3 on Applications of Differentiation into two units. In Ch. 3A Curve Sketching, students learn all the characteristics of graphs such as extrema, increasing/decreasing, and concavity to sketch graphs and match derivative graphs with their function graphs. They also learn the major theorems – Intermediate Value, Extreme Value, Rolle’s, and Mean Value. In Ch. 3B, students use derivatives
Preview of Logarithmic & Exponential Functions: Sort & Match Activity

Logarithmic & Exponential Functions: Sort & Match Activity

Looking for an engaging way to help your students master logarithmic and exponential functions? This hands-on mix-and-match activity is perfect for reinforcing key concepts while making learning fun! Students will: • Sort functions and identify their domain, range, zeros, y-intercept, and more. • Analyze positive and negative intervals, and determine increasing and decreasing behaviors. • Complete a cut-and-paste activity to match functions with their corresponding parts and glue them in orde
Preview of Applications of Derivatives Cheat Sheet | MVT, EVT, Optimization & Related Rates

Applications of Derivatives Cheat Sheet | MVT, EVT, Optimization & Related Rates

Created by
KingMamaMath
Take your students beyond basic derivatives with this powerful Applications of Derivatives Cheat Sheet for AP Calculus! This 2-sided, one-page resource clearly organizes the most important concepts from Units 4 & 5, helping students apply derivatives in real-world and exam-style situations. 📘 What’s Included:• Mean Value Theorem (MVT) • Extreme Value Theorem (EVT) • Critical points and the Candidate’s Test • Increasing & decreasing intervals • First and Second Derivative Tests • Concavity and
Preview of Lesson: The First Derivative Test

Lesson: The First Derivative Test

Students often find success with the first derivative test once they understand how to apply it. By working through the examples visually and analytically, then applying the anchor chart, students can determine where the relative extrema are located. This lesson can be used as an introduction to the first derivative test, as remediation, or as review. Concepts included in this lesson are:Determining increasing and decreasing intervals. The First Derivative Test.Relative maximum and minimum
Preview of Graphs of First & Second Derivatives Identify and Match f, f', f''

Graphs of First & Second Derivatives Identify and Match f, f', f''

Created by
Joan Kessler
In this activity students practice identifying the Graphs of a function and its first and second derivative, f, f ', and f ''. They analyze 3 graphs, one blue, one black, and one red, superimposed on the same coordinate grid, to determine which is the graph of original function, the graph of first derivative, and the graph of the second derivative. The activity does not require differentiation, but requires students to understand increasing, decreasing, relative extrema, and concavity. Man
Preview of Calculus Lesson Plans Ch. 3B: More Applications of Derivatives

Calculus Lesson Plans Ch. 3B: More Applications of Derivatives

Created by
Fan's Math
These are the assignments I give my students for the second half of Ch. 3 in Larson Calculus 10 ed. I divide Ch. 3 on Applications of Differentiation into two units. In this chapter, Ch. 3B, students use derivatives to work optimization problems, work more linear approximations and approximate error using differentials (a great forerunner to the next chapter on integrals). In Ch. 3A Curve Sketching, students learned all the characteristics of graphs such as extrema, increasing/decreasing, and co
Preview of Curve Sketching with Calculus | Master Graphing with Derivatives & Sign Charts

Curve Sketching with Calculus | Master Graphing with Derivatives & Sign Charts

Help your students translate algebra into visual geometry!Curve Sketching requires students to synthesize the First and Second Derivative Tests, proving they understand the difference between a function's direction and its concavity. This turnkey curriculum module doesn't just stick to equations—it actively challenges students to read graphs of $f'(x)$ and $f''(x)$ directly, a heavily tested concept on the AP Exam. Perfect for AP Calculus exam prep or comprehensive sub plans.What’s Included:The
Preview of Matrices Unit - Fill in the blank notes and quiz

Matrices Unit - Fill in the blank notes and quiz

Created by
Daniel Boughner
This product contains a unit on matrices at the precalculus level. There are fill-in-the-blank style notes that you can print and copy for your students. I've included answer keys for all notes, worksheets, and the quiz. Here is a list of topics in this product: Matrix operations - addition, subtraction, multiplication Matrix transformations - translations, reflections, rotations, dilations Solving 3 variable systems using reduced row echelon form and augmented matrices Determinants and inverse
Preview of Calculus Accumulation Functions and the Fundamental Theorem

Calculus Accumulation Functions and the Fundamental Theorem

Calculus Accumulation and the Fundamental Theorem In this packet you will find information that you can use while introducing students to The Fundamental Theorem. There are 5 examples that you can use to introduce students to the idea of an integral that has a variable as one of the limits of integration. There is one example that has 11 parts that can be used to introduce students to a type of problem that has often been on the AP Exam in which students have to find the value of a function
Preview of Lesson: Concavity, Inflection Points, and the 2nd Derivative Test

Lesson: Concavity, Inflection Points, and the 2nd Derivative Test

How do my students learn the significance of taking the second derivative? This introduction to determining concavity, inflection points, and using the second derivative test is easy to follow and understand. The anchor charts lead the students into determining concavity and locating inflection points. Using the second derivative test, they will also practice determining if critical numbers are relative extrema. Included in this product:· Lesson on the Second Derivative with examples. · Guide
Preview of Limits 1 - Finding a limit using a graph worksheet and lesson

Limits 1 - Finding a limit using a graph worksheet and lesson

This worksheet packet will help your students learn to find the value of a limit using a graph. Graphs will be both continuous and discontinuous (containing asymptotes and holes). Click here to save by buying the entire Limits Bundle which includes a FREE review and test.Click here to view the instructional video that accompanies this work packet. This helpful packet includes five components:Instruction: Use the video (sold separately) in your classroom or use the teacher led portion of the pa
Preview of Limits 2 - Finding a Limit Algebraically worksheet and lesson

Limits 2 - Finding a Limit Algebraically worksheet and lesson

This worksheet packet will help your students learn to find the value of a limit algebraically by plugging in, simplifying, and rationalizing expressions. Click here to SAVE by buying the entire Limits Bundle which includes a FREE review and test.Click here to view the instructional video that accompanies this work packet. This helpful packet includes five components:Instruction: Use the video (sold separately) in your classroom or use the teacher led portion of the packet to explain the materi
Preview of Limits 5 - Trigonometry and Special Limits worksheet and lesson

Limits 5 - Trigonometry and Special Limits worksheet and lesson

This worksheet will help your students learn to find the value of a limit involving trigonometric functions including the special limits for sine and cosine. Click here to SAVE by buying the entire Limits Bundle which includes a FREE review and test.Click here to view the instructional video that accompanies this work packet. This helpful packet includes five components:Instruction: Use the video (sold separately) in your classroom or use the teacher led portion of the packet to explain the mat
Preview of Other Trig Derivatives - Tanx, Cotx, Secx, and Cscx

Other Trig Derivatives - Tanx, Cotx, Secx, and Cscx

Are there derivatives for the other trig functions? Yes, there are, and we can even derive them easily. In this lesson students will learn the derivatives of all the trig functions and practice how to apply them. Concepts in this lesson are:· Derivations of other trig functions using Quotient Rule with sinx and cosx. · Determining derivatives. · Evaluating derivatives. · Comprehensive chart of all derivatives. (Chain rule not yet included.) You can print this no prep lesson and use it as
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