This upload of quiz 13 has both pdf and word formats. This is a no calculator quiz. The word file is editable. This quiz has 12 versions. Grading is easy with student's answers placed into an answer strip that match the spreadsheet of answers. A filled in answer grid is included for all versions. Timing and point values for each question has been left to the teacher. ( I like to give a "freebie" or two when grading, these are very hard quizzes ) It is possible to shuffle the pages and create you
Students will be able to justify where a function is increasinganddecreasing, concave up and concave down. They will be able to justify a function’s extrema and inflection points. They will be able to apply the Extreme Value Theorem, the First Derivative Test, the Concavity Test, the Second Derivative Test, and the Mean Value Theorem. Students will be able to accurately sketch a curve given its derivative graph and sketch a curve’s derivative given its graph.
Quizzes, Review, and Tests for optimization, 1st derivative test, 2nd derivative test, increasinganddecreasing intervals, extrema, critical points, concavity, points of inflection, and the mean value theorem -- Over 30 pages!
Students will be able to accurately sketch a curve given its derivative as well as connect the amount of increaseanddecrease to an integral. Students will be able to apply integrals to particle motion problems.
The Critical Points Quiz (2 versions) contains 2 free response problems (one with 8 parts) along with answer keys that show step-by-step solutions (where appropriate) with suggested point distributions. Quizzes are in both PDF and Word form, keys are in PDF form. The quizzes assess: - Finding maxima/minima, intervals of increase/decrease, inflection points, intervals of concave up/down, and sketching a graph of the function - Sketching the graph of f(x) given a graph of its derivative
Analytical Applications of Differentiation Calculus Unit Bundle:This is a bundle with guided notes, PowerPoints aligned with the guided notes, additional practice (homework), mid-unit quiz, unit test, unit review, and unit pacing guide for Analytical Applications of Differentiation (Unit 4). This unit contains 6 lessons. Lesson 4.1: Using the Mean Value TheoremLesson 4.2: Extrema on an IntervalLesson 4.3: IncreasingandDecreasing Intervals and The First Derivative TestLesson 4.4: Concavity and
Unit 2 of this Precalculus curriculum is called Functions. This unit includes seven sections of guided notes with a problem set for each section, three worksheets that can be also used as quizzes, a unit overview and two FREE resources: a Unit Review and a Unit Exam. Below is a break down of each lesson in the unit: Lesson 1: Intro to Functions Lesson 2: Graphs of Functions Lesson 3: Increasing & Decreasing Functions Lesson 4: Function Transformations Lesson 5: Quadratic Functions Lesson 6: Comb
This product contains 130 questions in both multiple choice format and free response format. This is in an editable Word format which allows you to delete questions, rearrange, or insert your own questions. You will not be able to edit the questions themselves. I also include the pdf versions. 130 multiple choice or free response questions similar to questions college level Advanced Calculus Exams. Questions cover unit 5 Applying Derivatives to Analyze Functions on Mean Value Theorem, Extreme Va
No Prep & Digital! Do your Calculus 1 students need practice using derivatives to find intervals where a function is increasing or decreasing, relative & absolute extrema, and intervals where a function is concave up or down using the first or second derivative test? No application problems are included, perfect for students to solidify understanding of using 1st & 2nd derivative tests. Practice Determining:⭐ Critical points ⭐ Intervals of increase/decrease⭐ Points of inflection⭐ Abso
INCREASING/DECREASING INTERVALSINCREASING/DECREASING INTERVALS & CONCAVITY-SCAVENGER HUNT & CONCAVITY- SCAVANGER HUNT INCLUDED16 Station CardsRecording worksheetDIRECTIONSPrint 16 stations and scatter them around the room, on desks, walls, and even the hallway for more adventure.Distribute the recording worksheet to each student/group.Assign a starting problem to each group. Students will solve each problem and write their answers on the recording worksheet. The answer they get will l
Are you looking for extra practice for your Calculus students finding the Derivatives of the Logarithmic Functions? This set of 20 task cards is just what your students need to help them master and gain fluency with this challenging topic. What's Included?20 Task Cards which increase in difficulty numerically. #1 - 15 are logarithmic functions and the derivatives will use power rule, product rule, and quotient rule. #16 - 18 have bases other than e, and 19 – 20 are applications. Most problems
Are you looking for extra practice for your Calculus students finding the derivatives of Exponential Functions? This set of 20 task cards is just what you want to help your Calculus students master and gain fluency with differentiating exponential functions. What's Included?2 Sets of 20 Task Cards which increase in difficulty numerically. #1 - 11 are exponential which include power rule, product rule, and quotient rule. They also include questions in the form of y = e^ax. #11-15 have bases ot
This 5-page assessment contains 5 IB Math Analysis Paper 1 style questions, most of which contains multiple parts. Students are asked to: find a limit algebraically, including the manipulation of rational functionsfind the derivative using the limit processfind the equation of a line tangent to the curve at a given pointfind the gradient of the normal line to a given curve at a given x-valueuse a graph to determine limits at given x-valuesuse the first derivative test to determine intervals for
This 5-page assessment contains 5 IB Math Analysis Paper 1 style questions, most of which contains multiple parts. Students are asked to: find a limit algebraically, including the manipulation of rational functionsfind the derivative using the limit processfind the equation of a line tangent to the curve at a given pointfind the gradient of the normal line to a given curve at a given x-valueuse a graph to determine limits at given x-valuesuse the first derivative test to determine intervals for
Find extrema, increasing, decreasing, concavity, and inflection points. Graphing.
Betty Watson<
a rel="license" href="http://creativecommons.org/licenses/by-nc/3.0/us/">This work by Betty Watson is licensed under a Creative Commons Attribution-Noncommercial 3.0 United States License.
Give your Calculus students extra practice determining IncreasingandDecreasing Functions, Concavity, Points of Inflection, and Analyzing Polynomial graphs. These 5 No Prep Digital activities from Applications of Derivatives are essential practice for curve sketching! Use as a class activity, assignment, or assessment. There are over 23 questions plus notes and explanations. Students will explore the roles of f' and f'' in determining the shape of a curve. Most question are drag and drop
Students will review the Fundamental Theorem of Calculus and properties of definite integrals, increasing/decreasing, cavity, writing the equation of a circle and a tangent line while completing these activities.
Students will be able to justify where a function is increasinganddecreasing, concave up and concave down. They will be able to justify a function’s extrema and inflection points. They will be able to apply the Extreme Value Theorem, the First Derivative Test, the Concavity Test, the Second Derivative Test, and the Mean Value Theorem. Students will be able to accurately sketch a curve given its derivative graph and sketch a curve’s derivative given its graph.
Students will be able to use th
Students will be able to justify where a function is increasinganddecreasing, concave up and concave down. They will be able to justify a function’s extrema and inflection points. They will be able to apply the Extreme Value Theorem, the First Derivative Test, the Concavity Test, the Second Derivative Test, and the Mean Value Theorem. Students will be able to accurately sketch a curve given its derivative graph and sketch a curve’s derivative given its graph.
Students will be able to use th
This classroom resource, Integration of Inverse Trig Functions Task Cards plus Quiz/HW Graphic Organizer, will give your students extra practice with this difficult topic. Activity Based Learning with Task Cards really does work to help reinforce your lessons. Task and station cards get your students engaged and keep them motivated. Use all at once or as many as you like. Directions for using Task Cards included in this resource. Included in the Lesson: 20 Task Cards which increase in diffic
Using Derivatives to Determine Function Behavior includes 5 problems requiring students to determine increasing/decreasing behavior of functions, and also concavity of functions. There is also one problem that requires students to determine inflection point(s). There are two versions with the same problems, but there are two different pictures. This Using Derivatives to Determine Function Behavior Google™ Sheets puzzle activity will be a very engaging way to have students practice as they will g