Percent Increase and Decrease Quiz - Page 12
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AP Calculus Quarter 4 - Powerpoint Lessons, Notes & Worksheets
This is the 4th QUARTER of the entire full year of powerpoint presentation lessons, notes, worksheets and google slides activities. Some things have answer keys and other don't. AP Calculus Course Curriculum Content:Unit 7 Differential Equations7.1 Modeling Situations with Differential Equations 7.2 Verifying Solutions for Differential Equations 7.3 Sketching Slope Fields 7.4 Reasoning Using Slope Fields 7.5 Approximating Solutions Using Euler’s Method (BC only) 7.6 Finding General
9th - 12th
Calculus
AP Calculus Quarter 2 - Powerpoint Lessons, Notes & Worksheets
This is the 2ND QUARTER of the entire full year of powerpoint presentation lessons, notes, worksheets and google slides activities. Some things have answer keys and other don't. AP Calculus Course Curriculum Content:Unit 2 Differentiation: Defining and Basic Derivative Rules2.1 Defining Average and Instantaneous Rates of Change at a Point 2.2 Defining the Derivative of a Function and Using Derivative Notation 2.3 Estimating Derivatives of a Function at a Point 2.4 Connecting Differ
9th - 12th
Calculus
AP Calculus Quarter 1 - Powerpoint Lessons, Notes & Worksheets
This is the 1st QUARTER of the entire full year of powerpoint presentation lessons, notes, worksheets and google slides activities. Some things have answer keys and other don't. AP Calculus Course Curriculum Content:Unit 1 Limits and Continuity1.1 Introducing Calculus: Can Change Occur at an Instant? 1.2 Defining Limits and Using Limit Notation 1.3 Estimating Limit Values from Graphs 1.4 Estimating Limit Values from Tables 1.5 Determining Limits Using Algebraic Properties of Limits 1.6 Determin
9th - 12th
Calculus
AP Calculus: Areas and Volumes Unit Bundle
This bundle includes five lessons which make up Unit 8: Areas and Volumes. These lessons are appropriate for AP Calculus AB, AP Calculus BC, or college calculus. Each lesson includes a PowerPoint presentation along with guided notes, a Do Now, an Exit Ticket, and a homework assignment. All components come with complete and detailed answer keys. You can also purchase the lessons separately: - Areas Between Curves- Volumes by Disks- Volumes by Washers- Volumes by Cross Sections- Volumes by Cyli
10th - 12th, Higher Education
Calculus, Other (Math)
AP Calculus Derivatives Extrema and Applications Multiple Choice Monday
This resource is Set #2 in the Multiple Choice Monday Skill SetsYour Calculus students will practice AP-Style multiple choice questions related to Derivatives, Extrema and Applications of the Derivative units in the course with this 20-question skill set. The fully-editable resource is designed as a series of “Multiple Choice Monday” Exam Prep and Practice. All questions in the set are non-calculator prompts and should be able to be completed in a 40 to 50-minute timed setting. You can use the p
11th - 12th, Higher Education
Calculus
Also included in: AP Calculus Multiple Choice Monday Editable Bundle
Optimization Problems & Extreme Value Tasks – Complete Teaching Bundle | Bundle
Important note: All resources included in this bundle are also available as individual products. Overview / Instructional Focus This complete teaching bundle provides a fully aligned instructional unit on optimization and extreme value problems for high school mathematics. It combines a detailed lesson plan, comprehensive teaching materials, and a clear instructional presentation to support modelling, reasoning, and exam readiness. Instructional Goal Students develop a systematic approa
9th - 12th
Algebra, Calculus
Calculus Mean Value Theorem for Derivatives and Rolle's Theorem
Your Calculus students will be engaged while learning about the Mean Value Theorem and Rolle's Theorem with a visual understanding of these two important theorems. Included: A PowerPoint Lesson on both Rolle’s Theorem and the Mean Value Theorem with 36 fully animated slides including thirteen problems.Guided Notes to match the PowerPoint Lesson, one for Rolle’s Theorem and a second one for the Mean Value Theorem. Two versions of a 6 question handout which can be used as enrichment, homework,
11th - 12th
Calculus, Math
Also included in: Calculus Applications of Differentiation Unit Bundle
AP Calculus Limits Continuity and Derivatives Multiple Choice Monday
This resource is Set #1 in the Multiple Choice Monday Skill SetsYour AP Calculus students will practice AP-Style multiple choice questions related to the first three units in the course with this 20-question skill set. The fully-editable resource is designed as a series of “Multiple Choice Monday” Exam Prep and Practice. All questions in the set are non-calculator prompts and should be able to be completed in a 40 to 50-minute timed setting. You can use the practice set as a general review or gr
11th - 12th, Higher Education
Calculus
Also included in: AP Calculus Multiple Choice Monday Editable Bundle
One-sided Limits & Limits at Infinity: PPT Lesson, Guided Notes & Worksheet
Introduce limits to your Precalculus or Calculus students with this fully editable 18-slide PowerPoint lesson, 3-page guided notes packet, and 3-page worksheet. The guided notes will help organize your students notes and help them understand the key characteristics and properties of limits. The guided notes follow the order of the PowerPoint exactly. The PowerPoint lesson also has two practice slides intended to be left up while you assess your students level of comprehension for both one-sided
10th - 12th
Calculus, Math, PreCalculus
Also included in: Calculus NO-Prep & Digital Activities Bundle
Infinite Sequences and Series Homework (BC Calculus - Unit 10)
⭐⭐ This AP Calculus BC Unit 10 Homework Bundle provides you with a customizable and fully-editable resource of homework/practice sets that cover the topics for Infinite Sequences and Series. ⭐⭐ The unit covers all 15 topics stated in the College Board Course Framework (CED) divided into 10 lessons. ✅ Learning Objectives Include:Series and Convergence (3/1 pages) The Integral Test and p-Series (3/1 pages) Comparison of Series (3/1 pages) Alternating Series (3/1 pages) Ratio and Root
11th - 12th, Higher Education
Calculus
Also included in: AP Calculus BC Homework Bundle | Flamingo Math
IVT, EVT, MVT and Rolle's Existence Theorems for Calculus Task Cards
Are you looking to see if your students understand the four existence theorems in Calculus? Students will define and apply the intermediate value theorem, the mean value theorem, the extreme value theorem and Rolle's theorem in these task cards that are available digitally through Easel and printable pdf. These derivative application task cards come with answers, color and black and white versions for easy printing. This set of 24 task cards covers: 8 EVT problems6 MVT problems5 IV
10th - 12th, Higher Education
Algebra 2, Calculus, PreCalculus
Also included in: AP® Calculus Bundle of Graphic Organizers, Projects, Activities and more
Curve Analysis of Exponential and Logarithmic Functions | PRE-Calculus WORKBOOK
This comprehensive teaching resource on the curve analysis of exponential and logarithmic functions is designed for upper secondary mathematics and advanced pre-calculus courses. Students develop a deep understanding of growth, decay, limits, asymptotic behavior, derivatives, and inverse functions. Instead of treating exponential and logarithmic functions as separate topics, this material highlights their fundamental relationship as inverse functions, supporting conceptual clarity and long-t
10th - 12th
Calculus, PreCalculus
Optimization Problems with Constraints – Modeling and Solving Extremum Problems
This comprehensive resource on optimization problems with constraints supports upper secondary students in mastering one of the most application-oriented topics in calculus. Students learn how to translate real-world situations into mathematics by defining objective functions, formulating constraints, and reducing multivariable problems to a single-variable function. Using derivatives, they determine extrema systematically and interpret results within the original context. The material places
9th - 12th
Calculus, PreCalculus
Curve Sketching of Rational Functions – Limits, Asymptotes, and Discontinuities
This in-depth teaching resource on curve sketching of rational functions is designed for upper secondary and advanced mathematics courses. It provides a rigorous yet accessible approach to analyzing rational functions through limits, asymptotes, discontinuities, derivatives, and global behavior. Students learn how rational functions differ fundamentally from polynomial functions and how denominator zeros lead to vertical asymptotes or removable discontinuities. Step by step, the material guid
9th - 12th
Calculus
Integrals as Rates of Change and Accumulation – Understanding Continuous Process
Understanding Accumulation Through Integration helps students move beyond procedural integration toward meaningful mathematical interpretation. Students learn how integrating a rate function yields the net change of a quantity over time or space. Through carefully structured tasks, learners analyze motion, growth, decay, and resource flow scenarios, developing confidence in interpreting integrals without relying solely on graphical representations. The material supports step-by-step reasoning w
9th - 12th
Calculus, PreCalculus
Solids of Revolution & Volume Calculation – Disk and Washer Methods | LESSON
This high school math presentation introduces solids of revolution and volume calculation using integral calculus. Students learn how rotating a function around an axis creates a three-dimensional solid and how volumes are calculated using the disk and washer methods. The presentation is aligned with U.S. high school pre-calculus and introductory calculus standards. Instructional Goal Students develop a structured approach to volume problems, combining geometric reasoning with integral cal
9th - 12th
Calculus, PreCalculus
Integral Calculus as a Modelling Tool – Applications & Real-World Problems
This high school math presentation introduces integral calculus through real-world modelling. Students learn how integrals represent accumulated change and how they are applied to motion, growth, inflow–outflow, and area problems. The resource is aligned with U.S. high school pre-calculus and introductory calculus standards. Instructional Goal Students develop a structured approach to applied integral problems, moving from contextual understanding to mathematical formulation and correct in
9th - 12th
Calculus, PreCalculus
Antiderivatives & Rules of Integral Calculus – Step-by-Step Introduction | Math
This high school math presentation introduces antiderivatives and core integration rules with a strong emphasis on conceptual clarity and structured problem solving. Students learn how integration reverses differentiation and how basic rules simplify integral calculations. The resource aligns with U.S. high school pre-calculus and introductory calculus content. Instructional Goal Students develop confidence in finding antiderivatives, applying integration rules correctly, and checking resul
9th - 12th
Calculus
Optimization Problems & Extreme Value Tasks – Understanding Mathematics
This high school math presentation introduces optimization problems using differential calculus. Students learn how to model real-world situations mathematically, define target functions and constraints, and determine maximum or minimum values using derivatives. The focus lies on conceptual understanding and exam readiness. Instructional Goal Students develop a systematic approach to optimization problems that emphasizes modelling, analytical reasoning, and interpretation of results. The pre
9th - 12th
Algebra, Calculus
Function Reconstruction & Profile Tasks – From Graph to Function | Math
This high school math presentation teaches students how to reconstruct polynomial functions based on graphical information. Instead of starting with equations, learners analyze graphs and translate given properties into algebraic conditions. The resource emphasizes conceptual understanding, modelling, and exam readiness. Students learn to connect graphical features with function terms using derivatives and systems of equations. The presentation supports analytical reasoning and prepares students
9th - 12th
Calculus
AP Calculus Error Analysis & Find-the-Mistake Practice — Zero Hour: Error Audit
"Check your work" is a useless instruction unless students know what they're looking for. Error Audit teaches them to look — by giving them other students' work to dissect. Every problem in this skill set presents a worked solution with one or more embedded errors. Students don't redo the problem; they audit it. They identify the error, name the type (algebraic slip, conceptual misread, notation failure, sign error, derivative-of-a-product mistake, chain rule omission, etc.), and write the corre
11th - 12th
Calculus
AP Calculus Differentiation Rules Unit | Guided Notes, Answer Key, & PPT
AP Calculus Differentiation Rules Unit | Guided Notes, Practice, Answer Key & Editable PPTHelp your AP Calculus students master differentiation techniques with this comprehensive Differentiation Rules Unit. These guided notes and practice pages provide structured instruction, worked examples, reflection opportunities, and independent practice designed to build conceptual understanding and procedural fluency.This resource is ideal for AP Calculus AB and BC courses and can be used for direct instr
11th - 12th, Higher Education
Calculus
A-Level Integration Escape Room | Wizards Tower | Y12 | Print & Go
🧙 Crack the Spell Vault. Unlock the grimoire. A sophisticated print-and-go escape room for A-Level 11th Grade Math (UK) or Grade 11/12 US (AP Calculus AB/BC). Students work as apprentice wizards racing to unlock an ancient grimoire by mastering integration: anti-derivatives, the constant of integration (+C), definite integrals as area, and polynomial inverse power-rules. What's inside • 19-slide PowerPoint presentation with narrative flow and themed graphics. • Three differentiated student shee
11th - 12th
Calculus
AP Calculus: Infinite Limits and Limits at Infinity Complete Lesson
This lesson introduces two kinds of limits: infinite limits and limits at infinity. Both types are looked at graphically as well as algebraically. Also, each type is connected to its corresponding asymptote. Thus the student learns a new language for describing horizontal and vertical asymptotes.
This lesson is appropriate for both AP Calculus AB and BC.
Detailed answer keys are included.
The topics covered include:
-Definition of an Infinite Limit
-Recognizing Infinite Limits
-Evaluating
10th - 12th, Higher Education
Calculus, PreCalculus
Also included in: AP Calculus: Limits and Continuity Unit Bundle
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