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Function and Not a Function

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Preview of Evaluating Inverse Trig Functions Foldable Organizer

Evaluating Inverse Trig Functions Foldable Organizer

Created by
Joan Kessler
This Evaluating Inverse Trig Functions Foldable Organizer will help your students grasp the concepts and also get practice with Composite Inverse Trig Functions. Your students fill-in the properties and then practice 16 well chosen representative problems. Also included are 6 completed examples for reference. Problems include straightforward problems such as sin_inverse(1/2) and more complex problems like sin(sin_inverse of π/2) or arcsin(sin(3π)). Both notations, sin^-1 and arcsin for i
Preview of AP Statistics Poster & Reference Sheet - TI-84 Inference Functions Proportions

AP Statistics Poster & Reference Sheet - TI-84 Inference Functions Proportions

Help your students master inference for proportions using the TI-84 Plus CE's built-in inference functions, which are approved for use on the AP Statistics Exam. These calculator functions help students quickly calculate confidence intervals and perform significance tests for proportions in seconds! This reference kit contains:Student Reference Cheat-Sheet - perfectly sized to fit in a binder.Poster - to anchor key learning on your classroom walls (two size options).Included Sizes:8.5 x
Preview of AP Statistics Poster & Reference Sheet - TI-84 Inference Functions for Means

AP Statistics Poster & Reference Sheet - TI-84 Inference Functions for Means

Help your students master inference for means using the TI-84 Plus CE's built-in inference functions, which are approved for use on the AP Statistics Exam. These calculator functions help students quickly calculate confidence intervals and perform significance tests for means in seconds! This reference kit contains:Student Reference Cheat-Sheet - perfectly sized to fit in a binder.Poster - to anchor key learning on your classroom walls (two size options).Included Sizes:8.5 x 11" - studen
Preview of Rational Functions Graphs and Key Features and Properties

Rational Functions Graphs and Key Features and Properties

Created by
Joan Kessler
Your students will practice determining the Key Properties of Rational Functions and Their Graphs. There are 11 problems for your students to solve plus a blank problem template for you to customize or create an assessment or homework. Students graph the function and find the: domainrangehorizontal asymptotesvertical asymptotesholesx – interceptsy-interceptsslant asymptotes when applicable. I have included slant (oblique) asymptotes on two problems. These can be omitted if that topic is not
Preview of Complete Algebra Study Guide Bundle | Grades 4-12 | Foundations to Functions

Complete Algebra Study Guide Bundle | Grades 4-12 | Foundations to Functions

Created by
OpenLatitude
The complete Open Latitude algebra series — three beautifully structured study guides covering the full algebra curriculum from Grades 4 through 12 in one discounted bundle.WHAT'S INCLUDED:Guide 1: Introduction to Algebra Study Guide (Grades 4–6) — variables, expressions and simple equations. Step-by-step worked examples, reference tables, practice problems and answer key.Guide 2: Algebra Equations Study Guide (Grades 6–8) — multi-step equations, like terms and the distributive property. Step-by
Preview of Derivatives of Exponential Functions Notes and Flash Cards

Derivatives of Exponential Functions Notes and Flash Cards

These notes cover finding derivatives of expressions involving exponential functions (using the chain rule). It also includes a set of flashcards for just that and another set that has an exponential expression on one side and both the derivative and integral on the other for students to quiz each other (the one answering just sees the function). This note sheet formatted to be a 1/2 sheet of paper. It is intended to hand out to the students so that they do not have to write everything down - n
Preview of Integrals Involving Exponential and Logarithmic Functions Notes and Flashcards

Integrals Involving Exponential and Logarithmic Functions Notes and Flashcards

These notes cover finding antiderivatives/indefinite integrals of functions that result in exponential or logarithmic expressions (using u-Substitution). It also includes a set of flashcards that has an exponential expression on one side and both the derivative and integral on the other for students to quiz each other (the one answering just sees the function). This note sheet formatted to be a 1/2 sheet of paper. It is intended to hand out to the students so that they do not have to write ever
Preview of Derivatives Involving Logarithmic Functions Notes

Derivatives Involving Logarithmic Functions Notes

These notes cover finding derivatives of logarithmic functions - using the chain rule. This note sheet formatted to be a 1/2 sheet of paper. It is intended to hand out to the students so that they do not have to write everything down - not for them to cram everything on the note page. They can use it as part of their interactive notebook OR they can staple/tape/glue it to wherever they are taking notes. My students kept it out during the lecture and labeled their notes to reference it and it wa
Preview of Algebra Quick Ref. Card - Free Print | Yrs 5-13 | Variables to Quadratic Formula

Algebra Quick Ref. Card - Free Print | Yrs 5-13 | Variables to Quadratic Formula

Created by
OpenLatitude
A free, beautifully designed one-page algebra reference card covering everything from variables and expressions through to the quadratic formula and functions — suitable for Grades 4 through 12. This ready-to-use quick reference card gives students an instant visual summary of the most important algebra concepts. Pin it on the classroom wall, slip it into a folder, or hand it out at the start of a unit. No prep required. WHAT'S INCLUDED: Variables and expressions, order of operations (BODMAS/PEM
Preview of Graphing the Sine and Cosine and Properties Notes Organizers

Graphing the Sine and Cosine and Properties Notes Organizers

Created by
Joan Kessler
Graphing the Sine and Cosine Functions using their key properties could not be easier for your students to learn to do by hand than with this versatile and engaging resource with notes and step by step graphic organizers. Included in the Lesson: Illustrated Guided Notes on graphing the Sine and Cosine by hand using the 5 Point Method for both the Sine and the Cosine. The notes also include formulas for the properties, including Amplitude, Phase Shift, Vertical Shift, and Period. 16 graphic
Preview of Calculus Derivatives Chain Rule FUN Notes Doodle Pages and Practice

Calculus Derivatives Chain Rule FUN Notes Doodle Pages and Practice

Created by
Joan Kessler
Are you looking for a fun new way for your Calculus students to learn to These Calculus Derivatives Chain Rule FUN Notes will engage and challenge your students while giving them the opportunity to be creative . Use in class, as homework, assessment, or enrichment. This is a fun and engaging format for your students to learn the rules and practice their skills while still being rigorous. Included are 3 pages of notes, examples, formulas, and practice plus fully typed solutions so this is
Preview of Derivative Basics (Power Rule/Basic Trig) Notes

Derivative Basics (Power Rule/Basic Trig) Notes

These notes cover simple and complex power rule and the six basic trig function problems. There is also a look at the continuity and differentiability of piece-wise functions. This note sheet formatted to be a 1/2 sheet of paper. It is intended to hand out to the students so that they do not have to write everything down - not for them to cram everything on the note page. They can use it as part of their interactive notebook OR they can staple/tape/glue it to wherever they are taking notes. My
Preview of Calculus Part 3 Notes (Derivative and Antiderivative Methods)

Calculus Part 3 Notes (Derivative and Antiderivative Methods)

These notes cover introductions to the following topics: Chain Rule (including a bookmark of all derivative and integral rules and 7 formula quizzes)Product and Quotient Rulesu-Substitution for IntegralsDerivatives and integrals of exponential functions (including 2 sets of flashcards)Derivatives and Integrals involving logarithmic functionsThese note sheets are formatted to be on 1/2 sheets of paper. They are intended to be handed out to the students so that they do not have to write everything
Preview of Parent Functions and Conics Word Wall | Anchor Charts | Posters | Algebra & Trig

Parent Functions and Conics Word Wall | Anchor Charts | Posters | Algebra & Trig

Created by
Joan Kessler
Help your students learn to visualize essential functions with these colorful Parent Functions and Conics posters. Use as a Word Wall or Anchor Chart on a Bulletin Board, while brightening up your classroom at the same time! Each is 81/2'' by 11", and can be resized as needed. You can also use the features of Adobe Reader to make them full poster size with scissors and a little glue. Many can be printed 1/2 page for interactive notebooks or handouts where students can identify the domain
Preview of AP PreCalculus 90 Word Wall Bulletin Board Posters Anchor Charts

AP PreCalculus 90 Word Wall Bulletin Board Posters Anchor Charts

Created by
Joan Kessler
This AP® PreCalculus Vocabulary Word Wall or Anchor Charts will help your students grasp essential concepts and terminology with colorful visual topic posters. Use as a Word Wall or on a Bulletin Board. Let your classroom walls engage your students and help teach and reinforce important topics. Included are 80 posters with topics for AP PreCalculus with emphasis on visuals and not formulas. The Posters are arranged by unit and the resource also includes 4 Posters which list the topics as d
Preview of Chain Rule Activity Bundle | Guided Notes, Practice, Exit Tickets & Games

Chain Rule Activity Bundle | Guided Notes, Practice, Exit Tickets & Games

Help your calculus students understand the Chain Rule by thinking in layers! This resource uses a memorable inside-out “pretzel” approach to help students identify the inside function, track each layer of a composite function, and build the derivative one piece at a time. This is especially helpful for students who struggle with composition of functions, forget the inside derivative, or need a stronger foundation before future topics like u-substitution. What’s Included Guided notes Scaffol
Preview of Logarithmic Functions Graphing | TI-84 Step-by-Step Guide

Logarithmic Functions Graphing | TI-84 Step-by-Step Guide

Logarithmic Functions Graphing | TI-84 Step-by-Step Guide, Asymptotes, Domain & SketchingThis resource provides clear, step-by-step TI-84 instructions to help students graph logarithmic functions confidently. Designed for Algebra 2 and Precalculus, it is especially helpful for struggling learners, ESL/FLS students, and special education support. Students will learn how to: Enter logarithmic functions correctly on a TI-84 calculator Set an effective window to see the graph clearly Identify
Preview of Derivative of Composite, Implicite , Inverse and Related rates

Derivative of Composite, Implicite , Inverse and Related rates

Key Differentiation Techniques Composite Functions (Chain Rule): Used when one function is nested inside another, such as H(x) = G(F(x)). The derivative is found by taking the derivative of the outside function and multiplying it by the derivative of the inside function: H'(x) = G'(F(x)) * F'(x).Implicit Differentiation: Applied when a function is not isolated for one variable (e.g., y^2 - 3xy + x^2 = 7). You differentiate both sides of the equation with respect to x, treating y as a function of
Preview of Absolute Extrema Exploration handout and answer key

Absolute Extrema Exploration handout and answer key

Created by
Peter Nikolai
This resource allows Calculus students to explore the ideas that underly the Extreme Value Theorem before the words "Extreme Value Theorem" are ever mentioned, building on foundations of precalculus, continuity, and horizontal tangent lines. Students will see multiple instances of functions that do not have absolute extrema, for various reasons. Then they are prompted to consider the "bare minimum" requirements for a function to be guaranteed absolute maximum and absolute minimum values. Next, t
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