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Preview of Intro to Quadratic Functions - Editable Nearpod Lesson

Intro to Quadratic Functions - Editable Nearpod Lesson

Created by
5starmath
This lesson contains a review of the characteristics of functions: domain, range, Intervals of increase/decrease, positive/negative intervals, end behavior. Then it moves to characteristics of Quadratic functions. The review contains several activities: matching terminology, quick quizzes, open-ended questions (draw) as well as the poll at the end. You can edit the lesson and use it for teaching and as a quick formative assessment. Also, you can assign it to your students as a live lesson or st
Preview of Intervals of Increase & Decrease Intro + 4 Assignments for PDF

Intervals of Increase & Decrease Intro + 4 Assignments for PDF

Created by
Tom Wingo
Update I made Assignment 1 Usable at Teacher Made as well as Socrative. Or, it could be printed. Update I added Assignment C which is a 2 page 40 question assignment. The student identifies minima and maxima, tells how many intervals of increase or decrease are in a graph(if any) and writes the intervals of increase and decrease in interval notation. This assignment can be completed at socrative.com or printed and done on paper. Also included in this zip folder are 5 more PDF files. 1 is a
Preview of Expansive Sequences and Series Lesson

Expansive Sequences and Series Lesson

Created by
Kendon Black
This is a thorough lesson on sequences and series. Although it does not include all of the convergence tests. (Those are in the next document.) The document focuses on definitions of various terms, types of series, and there properties. It includes 18 example problems. Topics tackled include sequence notation, series notation (summation notation), writing the terms of a sequence given the definition and vice versa, recursively-defined sequences, bounds, increasing/decreasing/non-increasing/non-d
Preview of Algebra 2:  Characteristics of Functions Student Notes Pt 2

Algebra 2: Characteristics of Functions Student Notes Pt 2

Objective: Students will analyze increasing and decreasing intervals, maximums, minimums, domain, range, y-intercept, continuous, and discontinuous functions
Preview of Differentiation

Differentiation

Created by
hong wang
Apply differentiation to gradients, tangents and normals, increasing and decreasing functions and rates of change (including connected rates of change);locate stationary points, and use information about stationary points in sketching graphs (the ability to distinguish between maximum points and minimum points is required, but identification of points of inflexion is not included). The unit includes: 1) The Limit & Differentiation 2) The Derivative and Tangent Line Problem 3) Basic Differenti
Preview of HPC: CU 1B: 1.7 Day 2: Modeling with Functions

HPC: CU 1B: 1.7 Day 2: Modeling with Functions

Created by
Math Hammy
- Comparing Functions - Maximizing a quantity - Mixture Problems - Percent increase/decrease problems - Unit Conversions
Preview of video: HPC: CU 1B: 1.7 Day 2: Modeling with Functions

video: HPC: CU 1B: 1.7 Day 2: Modeling with Functions

Created by
Math Hammy
- Comparing Functions - Maximizing a quantity - Mixture Problems - Percent increase/decrease problems - Unit Conversions
Preview of Question Exploration: What Are the Solar Activity Sunspot Cycles?

Question Exploration: What Are the Solar Activity Sunspot Cycles?

Created by
TheScienceGiant
What are the solar activity sunspot cycles? Sunspots increase and decrease through an average cycle of 11 years.  This Question Exploration helps Ss explain how the spotless Sun turns dark, releasing solar flares and coronal mass ejections (CMEs). Question Exploration Routine is an instructional methods that teachers can use to help a diverse student population understand a body of content information by carefully answering a critical question to arrive at a main idea answer. The Concept Compari
Preview of Math II Graphing Functions and Reading Graphs Guided Notes

Math II Graphing Functions and Reading Graphs Guided Notes

Guided notes on Functions in Math II Includes... Increasing/Decreasing Functions and End Behavior X and Y Intercepts Domain and Range Introductions Understanding Functions in Context (Word Problems) Piece-wise Functions Composite Functions for HONORS class! Parent Functions (Square Root, Cubic, Absolute Value) Graphing Shifts of Parent Functions Function problems from released STATE EXAM LARGE amount of information! At least two weeks of notes for a regulars class, one and a half weeks for an
Preview of PreCal 1.1-1.2 Attributes of Functions

PreCal 1.1-1.2 Attributes of Functions

Created by
Cassie Anderson
This PDF includes notes for lessons 1.1 and 1.2 including domain and range, increasing and decreasing intervals, x intercept, y intercept, minimum and maximum. This lesson follows the TEKS resource scope and sequence. The PDF has the lesson, lesson notes, lesson handouts and student assignment. If purchased and would like an answer key I will provide that as well.
Preview of Precalculus: Function Basics

Precalculus: Function Basics

Guided notes for functions review for beginning of a precalculus course. Topics discussed include increasing, decreasing and constant functions, Even and Odd functions, Definition, graphing and evaluating piecewise functions, and the difference quotient. Contains blank notes for students to use and a filled out copy I use for myself in class with examples worked out.
Preview of HPC: CU 1A: 1.2 day 2: Functions and their Properties

HPC: CU 1A: 1.2 day 2: Functions and their Properties

Created by
Math Hammy
- Continuity of Functions - Removable and nonremovable discontinuity - Identifying points of discontinuity - Finding Local Maximum and Minimums - Identifying Intervals where function is increasing, decreasing, and constant - Determining Boundedness of a Function
Preview of video: HPC: CU 1A: 1.2 Day 2: Functions and their properties

video: HPC: CU 1A: 1.2 Day 2: Functions and their properties

Created by
Math Hammy
- Continuity of Functions - Removable and nonremovable discontinuity - Identifying points of discontinuity - Finding Local Maximum and Minimums - Identifying Intervals where function is increasing, decreasing, and constant - Determining Boundedness of a Function
Preview of Graph Terminology - Guided Notes

Graph Terminology - Guided Notes

Created by
Rebecca Philyaw
This item is a set of guided notes used when teaching high school students how to read the graph of a function and determine domain, range, increasing, decreasing, global and local maximums and minimums, etc. I have typically used this when reviewing functions with my Pre-calculus classes. The student version and the teacher version are included.
Preview of Algebra 2 Lesson Plans: Local Maxima and Minima on Polynomial Graphs

Algebra 2 Lesson Plans: Local Maxima and Minima on Polynomial Graphs

Algebra 2 Lesson Plans: Local Maxima and Minima on Polynomial Graphs | Turning Points & Behavior Intervals | Math Sub Plans | Homeschool & Turnkey CurriculumIsolate coordinate extrema peaks and valleys, analyze intervals of increasing and decreasing behavior, and calculate turning point limits with absolute geometric precision.Stop letting your students confuse x-coordinates with actual maximum values. This classroom-ready, plug-and-play curriculum module provides an unshakeable, step-by-step al
Preview of Functions and Their Properties Advanced Math/Pre Calculus  Mini Lesson

Functions and Their Properties Advanced Math/Pre Calculus Mini Lesson

This SmartBoard mini lesson includes determining if a relation is a function, function notation, implied vs relevant domain, findng the domain and range of a function, continuity and types of discontinuity, increasing and decreasing functions, boundedness, local extrema, even and odd functions, identifying asymptotes,and using limit notation,
Preview of Algebra 1 Lesson - Shapes of Graphs

Algebra 1 Lesson - Shapes of Graphs

This complete lesson can be used with any curriculum and each student will be able to Determine whether graphs have line symmetry, if so, determine the line of symmetry.Identify extrema and where functions are increasing and decreasing.Determine the end behavior of graphs of functions.This lesson is done with a bohemian style color pallet; all material is editable, if you need to adjust to your teaching style or your classroom curriculum.
Preview of PreCalculus: Analyzing Graphs of Functions

PreCalculus: Analyzing Graphs of Functions

This is available as part of a Chapter 1 Bundle for 20% off! All of my Precalculus work is aligned with the Larson/Hostetler series. Sections numbers may vary depending on the edition you use. This section includes: Domain, range and zeros Vertical line test Increasing/decreasing intervals Finding maxima and minima Even/odd function characteristics * If background is too dark, set transparency to 70%. I do not know why the transparency is not preserved in the downloads.
Preview of Alg. 2 1.2-1.3 Attributes of Functions

Alg. 2 1.2-1.3 Attributes of Functions

Created by
Cassie Anderson
1.2 -1.3 Attributes of Functions: PDF includes lesson, lesson notes, notes handouts, and student worksheet for attributes of functions. This is a 2 lesson packet. Lesson 1.2 includes finding x intercept, y intercept, minimums, maximums, increasing intervals, and decreasing intervals. Lesson 1.3 includes finding symmetry, asymptotes, asymptote behavior and end behavior. The worksheet covers all of 1.2 and 1.3.
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 Graphing Square Root & Cube Root Functions - Algebra 2 Guided Notes

Graphing Square Root & Cube Root Functions - Algebra 2 Guided Notes

Give your students a clear and visual approach to Graphing Radical Functions with this structured Algebra 2 Guided Notes Set. These notes guide students through understanding square root and cube root functions, identifying key features, and applying transformations with confidence. Radical Functions Overview — Introduces radical functions and distinguishes between square root and cube root parent functions.Key Features of Radical Graphs — Helps students determine domain, range, end behavior,
Preview of Cubic and Cube Root Transformations Foldable (INB)

Cubic and Cube Root Transformations Foldable (INB)

With this resource you will receive a foldable that is great for INB that covers the transformations of cubic and cube root functions. This is intended to be used without a calculator and instead using patterns. Students will create tables so they can graph the functions and see how the transformed from the parent. Transformations include a, h, and k. Students will also find domain, range, the inflection point, state whether it is increasing or decreasing, and transformations. Included with
Preview of Numerical Sequence PowerPoint Lesson | High School Math

Numerical Sequence PowerPoint Lesson | High School Math

Are you teaching your High School students about Numerical Sequence? Plenty of examples and application exercises are included. You can also easily convert this to a Google Slides lesson by dragging it into your Google Drive. What is included?✦ 19 total slides for notes, examples and applications. ✦ All steps are animated to allow the teacher to explain them gradually. Throughout the Lesson, students will be introduced to the following:✦ General Definition of a numerical sequence ✦ Determina
Preview of HPC: CU 1A: Review: Functions, Inverses and Modeling

HPC: CU 1A: Review: Functions, Inverses and Modeling

Created by
Math Hammy
- Match the numerical model to the corresponding graphical model and algebraic model: - Find an algebraic model to represent the data - Solving Equations Algebraically - Solving Equations Graphically - Grapher Failure - Hidden behavior - Solving equations Graphically - Scatter plots - Regression equations - Vertical Line Test - Defining a Function in Equation Form - Finding the Domain of a Function - Finding the Range of a Function - Continuity of Functions - Removable and nonremovable discont
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