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Percent Increase and Decrease Quiz - Page 9

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Preview of Spring: Calculus First & Second Derivative Tests Matching Games

Spring: Calculus First & Second Derivative Tests Matching Games

Created by
Qwizy
Spring: Calculus First & Second Derivative Tests Matching Games are the perfect activities for your students to sharpen their understanding of an application of derivatives. Students will perform the first and second derivative tests to analyze functions (quadratics, cubics, quartics, rationals, & equations with rational exponents) to find critical points, intervals of increasing/decreasing values, inflection points, and intervals of concavity. This product contains 5 Different Spring Matchi
Preview of Winter: Calculus First & Second Derivative Tests Matching Activity

Winter: Calculus First & Second Derivative Tests Matching Activity

Created by
Qwizy
Winter: Calculus First & Second Derivative Tests Matching Games are the perfect activities for your students to sharpen their understanding of an application of derivatives. Students will perform the first and second derivative tests to analyze functions (quadratics, cubics, quartics, rationals, & equations with rational exponents) to find critical points, intervals of increasing/decreasing values, inflection points, and intervals of concavity. This product contains 5 Different Winter Matchi
Preview of Halloween: Calculus First & Second Derivative Tests Matching Games

Halloween: Calculus First & Second Derivative Tests Matching Games

Created by
Qwizy
Halloween: Calculus First & Second Derivative Tests Matching Games are the perfect activities for your students to sharpen their understanding of an application of derivatives. Students will perform the first and second derivative tests to analyze functions (quadratics, cubics, quartics, rationals, & equations with rational exponents) to find critical points, intervals of increasing/decreasing values, inflection points, and intervals of concavity. This product contains 5 Different Halloween
Preview of Fall: Calculus First & Second Derivative Tests Matching Games

Fall: Calculus First & Second Derivative Tests Matching Games

Created by
Qwizy
Fall: Calculus First & Second Derivative Tests Matching Games are the perfect activities for your students to sharpen their understanding of an application of derivatives. Students will perform the first and second derivative tests to analyze functions (quadratics, cubics, quartics, rationals, & equations with rational exponents) to find critical points, intervals of increasing/decreasing values, inflection points, and intervals of concavity. This product contains 5 Different Fall Matching C
Preview of Calculus Curve Sketching Color by Number

Calculus Curve Sketching Color by Number

In this packet, students will practice what they know about curve sketching. There are 14 questions included in this activity. Students answer each of the questions and then use those answers to color a picture. In order to be successful with this activity, students should be able to find where a function is increasing, decreasing, concave up, concave down and where the maximum, minimum, and points of inflection are. Answer key is included. Coloring Sample included. A page where students can sho
Preview of Valentine's Day: Calculus First & Second Derivative Tests Matching Games

Valentine's Day: Calculus First & Second Derivative Tests Matching Games

Created by
Qwizy
Valentine's Day: Calculus First & Second Derivative Tests Matching Games are the perfect activities for your students to sharpen their understanding of an application of derivatives. Students will perform the first and second derivative tests to analyze functions (quadratics, cubics, quartics, rationals, & equations with rational exponents) to find critical points, intervals of increasing/decreasing values, inflection points, and intervals of concavity. This product contains 5 Different Vale
Preview of Using Derivatives to Analyze Graphs | AP Calculus AB & BC | Circuit Activity

Using Derivatives to Analyze Graphs | AP Calculus AB & BC | Circuit Activity

Optimize your AP Calculus AB and BC classes with this engaging Around-the-Room Circuit/Scavenger Hunt designed to review how derivatives can determine the characteristics of graphs! This interactive activity features 14 carefully crafted problems focusing on the first and second derivative tests to identify local maximums and minimums, points of inflection, and whether a graph is increasing or decreasing, as well as concavity. Key Features: Problem Types: 4 table interpretation problems (2 tabl
Preview of Calculus: First & Second Derivative Tests Math Memory Game

Calculus: First & Second Derivative Tests Math Memory Game

Created by
Qwizy
Calculus First & Second Derivative Tests Math Memory Game includes all you need to play an exciting game of Memory and review an application of derivatives. Students will perform the first and second derivative tests to analyze functions (quadratics, cubics, quartics, rationals, & equations with rational exponents) to find critical points, intervals of increasing/decreasing values, inflection points, and intervals of concavity. This Set Includes: 30 Memory Cards1 Answer Sheet2 Ways to Play: Ea
Preview of St. Patrick's Day: Calculus First & Second Derivative Tests Matching Games

St. Patrick's Day: Calculus First & Second Derivative Tests Matching Games

Created by
Qwizy
St. Patrick's Day: Calculus First & Second Derivative Tests Matching Games are the perfect activities for your students to sharpen their understanding of an application of derivatives. Students will perform the first and second derivative tests to analyze functions (quadratics, cubics, quartics, rationals, & equations with rational exponents) to find critical points, intervals of increasing/decreasing values, inflection points, and intervals of concavity. This product contains 5 Different St
Preview of Maze - Analyzing Polynomial Functions from GRAPHS *Odd Degree*

Maze - Analyzing Polynomial Functions from GRAPHS *Odd Degree*

This maze is part of : Maze - BUNDLE Polynomial FunctionsThis maze is a good review of Analyzing Polynomial Functions from GRAPHS. The degree of the function being analyzed here is Odd. The graph of a polynomial function is given with some key points on the graph (pls see the preview) This activity ask students to use the graph and determine the:☑ Domain ☑ Range ☑ Sign of Leading Coefficient ☑ End behavior (using the arrow notation) ☑ Number of Turning Points ☑ Whether the degree is Even or
Preview of Maze - Analyzing Polynomial Functions from GRAPHS *Even Degree*

Maze - Analyzing Polynomial Functions from GRAPHS *Even Degree*

This maze is part of : Maze - BUNDLE Polynomial FunctionsThis maze is a good review of Analyzing Polynomial Functions from GRAPHS. The degree of the function being analyzed here is Even. The graph of a polynomial function is given with some key points on the graph (pls see the preview) This activity ask students to use the graph and determine the:☑ Domain ☑ Range ☑ Sign of Leading Coefficient ☑ End behavior (using the arrow notation) ☑ Number of Turning Points ☑ Whether the degree is Even or
Preview of Polynomial Functions and Rate of Change AP® Precalculus 1.4 Worksheet

Polynomial Functions and Rate of Change AP® Precalculus 1.4 Worksheet

Do you find that your AP ® Precalculus students need more help connecting average rate of change to graphs and applying key characteristics to polynomial functions? Students will work on describing how two quantities very together and find the average rate of change for AP ® Precalculus topic 1.4. ⭐Skills Required: Rates of ChangeIncreasing and decreasingRate of change increasing and decreasingMaximum and MinimumGlobal, absolute, local, relative❤️Resource is Great for: AP® PrecalculusAP® Ca
Preview of Pre-Calculus - Maximizing the Volume of a Cone

Pre-Calculus - Maximizing the Volume of a Cone

This hands-on activity engages the students in constructing a cone from a circle,collecting data on the height and radius of the cone, creating a scatterplot, fitting a curve to the data and then estimating the maximum volume of the cone. Many students are surprised that the scatterplot indicates that the volume first slowly increases and then after a maximum volume occurs the volume quickly decreases. By working with a physical model helps students observe how the height, radius, and volume
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 Valentine's Day Calculus First & Second Derivative Tests Mystery Pixel Art

Valentine's Day Calculus First & Second Derivative Tests Mystery Pixel Art

Created by
Qwizy
Celebrate Valentine's Day with a mathematical twist in our Calculus First & Second Derivative Tests Pixel Art Mystery Picture Coloring Activities! Students will engage in performing the first and second derivative tests to thoroughly analyze a variety of functions, including quadratics, cubics, quartics, rationals, and equations with rational exponents. They'll work to identify critical points, determine intervals of increasing and decreasing values, locate inflection points, and explore inter
Preview of 5 INCR./DECR., RELATIVE EXTREMA, GIVEN F' IDENTIFY CHARACTERISTICS OF F

5 INCR./DECR., RELATIVE EXTREMA, GIVEN F' IDENTIFY CHARACTERISTICS OF F

Created by
MATH WITH YOSH
This Calculus worksheet is intended for students after they have learned the following topics (Unit 5 AP Calculus Course and Description): 5.3 - Determining intervals on which a function is increasing or decreasing 5.4 - Using the first derivative test to determine relative (local) extrema In this worksheet, students will practice given the graph of f', identifying the intervals of increase and decrease of f and where f has a local minimum and maximum. They will also practice given a function f,
Preview of Maze - Analyzing Polynomial Functions

Maze - Analyzing Polynomial Functions

This maze is part of : Maze - BUNDLE Polynomial FunctionsThis maze is a good review of Analyzing Polynomial Functions. Before playing this maze, students are expected to be familiar with: - The domain of a polynomial function - How to find the y-intercept - How to find the zeros (using Graphing Calculator) - How to determine the end-behavior from the notation of the function - How to find increasing/decreasing intervalsThere are 15 questions where a different polynomial is give
Preview of SIX Curve Sketching Worksheets + Key + Summary of Curve Sketching - Calculus 1

SIX Curve Sketching Worksheets + Key + Summary of Curve Sketching - Calculus 1

This product (pdf) can be used as an in-class activity / homework / group work for curve sketching in differential calculus. The first 2 pages does a review of curve sketching. There are 6 curve sketching questions, followed by their key. For each question, the student must find the following: - domain - x,y intercepts - horizontal asymptotes (using limits) - vertical asymptotes (using limits) - increasing/decreasing (using first derivative) - local max/min (first derivative test) - concavity
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 Calculus - Graphic Organizer for Slope Along Inverse Functions

Calculus - Graphic Organizer for Slope Along Inverse Functions

Graphic organizers can help students gather the required information to solve a problem. In calculus students often deal with inverse functions and find the instantaneous rate of change on the function and its inverse. This package contains one graphic organizer that can assist students in answering questions about inverse functions and their derivatives. The graphic organizer shows two possible graphs One shows two increasing functions and the other shows two decreasing functions. The studen
Preview of Calculus Thanksgiving Review - "Turkey Hunting" Matching Game / Group Activity

Calculus Thanksgiving Review - "Turkey Hunting" Matching Game / Group Activity

Created by
Niki Math
Turn your Calculus review into a high-stakes, hilarious "Turkey Hunt"! 🦃🎯 Instead of a dry test, challenge your students to master the laws of derivatives while searching for the 15 "catchable" turkeys—and identifying the 3 lucky happy ones that get to stay in the field! Why this Review "Rocks" the Classroom:Comprehensive Derivative Coverage: This isn't just basic math. It covers:First, Second, and Higher-Order Derivatives.Intervals of Increasing/Decreasing functions.Critical Points & Local E
Preview of Calculus Particle Motion Calculator Circuit

Calculus Particle Motion Calculator Circuit

Created by
Emily Kelly
All 14 problems on this circuit require students to use their calculator. Questions cover many aspects of particle motion; however there are no integral problems so this is intended to be used prior to students learning integrals. Students are given either a velocity or position function and asked to find interval(s) when a particle is moving left/right/up/down, when speed is increasing/decreasing, and when acceleration is positive/negative and other questions. Students also get practice typi
Preview of Rates of Change, Max, Increasing, Chain Rule AP Questions 2

Rates of Change, Max, Increasing, Chain Rule AP Questions 2

Created by
Rita Rhinestone
This is 2 questions styled after AP released questions. Both are calculator questions. The first question gives a rate equation and students have to determine the number of kilometers and the number of liters/gasoline used given a certain time and given a certain speed. Chain rule needed. The second question gives students a rate equation also. They have to determine the rate of losing water and gaining water, increasing and decreasing amounts, and the maximum amount. Both questions are given
Preview of Calculus Multiple Choice Derivative Questions

Calculus Multiple Choice Derivative Questions

Are you tired of writing multiple choice questions? Here is a set of 50 questions already written for you! These questions cover topics such as: •Using the power rule •Using the product rule •Using the quotient rule •Using the chain rule •Finding derivative by using graphs •Finding derivative by using tables •Derivatives of trig functions •Derivatives of natural log function •Derivative of exponential functions •Position velocity and acceleration •Where is the maximum/minimum •Where is the func
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