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Preview of Logarithmic Functions: Intro & Properties (Editable)

Logarithmic Functions: Intro & Properties (Editable)

Created by
Concept Clicks
Logarithmic Functions: Intro & Properties (Editable)Full Product DescriptionTopic: Algebra II, Pre-Calculus Key Concepts: Logarithms, Base, Exponentiation, Common Log, Natural Log ($ln$), Logarithmic Identities, Domain/Range Target Grade Level: Grades 10-12 This advanced, editable presentation introduces logarithms as the inverse of exponentiation. It covers the formal definitions, notation, and fundamental identities required for higher-level math. Important Information for Teachers:Conceptual
Preview of Radical Functions and Equations Grade Level: 10th – 12th (Editable)

Radical Functions and Equations Grade Level: 10th – 12th (Editable)

Created by
Concept Clicks
Radical Functions and EquationsGrade Level: 10th – 12th Grade (Algebra 2 / Pre-Calculus)Description: An advanced algebra lesson on solving equations containing radicals. It covers isolating the radical, squaring binomials, solving resulting quadratic equations, and checking for Extraneous Solutions.How to Use: Use for Step-by-Step Modeling. The presentation walks through complex algebraic steps like FOILing which students often find difficult. Perfect for guiding students through the rigorous "C
Preview of Functions: Relations, Domain & Range Grade Level: 8th – 10th  (Editable)

Functions: Relations, Domain & Range Grade Level: 8th – 10th (Editable)

Created by
Concept Clicks
Functions: Relations, Domain & RangeGrade Level: 8th – 10th Grade (Algebra 1)Description: A comprehensive introduction to Functions. It covers mapping diagrams (One-to-One, Many-to-One), Function Notation $f(x)$, Domain and Range, Composite Functions $fg(x)$, Inverse Functions, and the Vertical Line Test.How to Use: This is a Unit Starter. It uses "Flow Diagrams" to visualize inputs and outputs, which is highly effective for introducing the concept of composite functions before moving to algebra
Preview of Exponential Functions Grade Level: 9th – 11th  (Editable)

Exponential Functions Grade Level: 9th – 11th (Editable)

Created by
Concept Clicks
Exponential FunctionsGrade Level: 9th – 11th Grade (Algebra 1 / Algebra 2)Description: Introduces the graph and behavior of exponential functions (y = ab^x). It compares graphs of different bases (e.g., 2^x vs 3^x) and introduces exponential decay (negative exponents).How to Use: Use for Visual Concept Building. It helps students visualize how rapidly exponential growth occurs compared to linear functions. Includes graphs generated by mathematical software for accuracy.Stats: 12 Slides | Graphs
Preview of Linear Equations: Variables & Functions (Editable)

Linear Equations: Variables & Functions (Editable)

Created by
Concept Clicks
Linear Equations: Variables & Functions (Editable)Full Product DescriptionTopic: Algebra, Functions Key Concepts: Linear Equations, Independent Variable (x), Dependent Variable (y), Ordered Pairs, Table of Values Target Grade Level: Grades 7-9 This editable lesson introduces the foundational concepts of functions. It focuses heavily on the vocabulary of "Input/Output" and preparing students to graph lines. Important Information for Teachers: Vocabulary: Clearly defines Independent Variables (wh
Preview of LONG DIVISON CHART

LONG DIVISON CHART

Created by
Mark R
Students use this chart in a clear, plastic page protector with dry-erase markers to help them learn long division (with 2 digit and 3 digit dividends). This material has been used effectively in a public Montessori school for over ten years.
Preview of Derivatives of Trigonometric Functions: Interactive Scavenger Hunt for Calculus

Derivatives of Trigonometric Functions: Interactive Scavenger Hunt for Calculus

Bring energy and rigor to your derivatives unit with this Around-the-Room Circuit Activity focused on Trigonometric Derivatives for AP Calculus AB and BC! This interactive scavenger hunt requires students to differentiate trig functions using the chain rule, product rule, quotient rule, and combinations of these essential skills. With 12 carefully designed problems, students strengthen procedural fluency while deepening conceptual understanding — all in a collaborative, movement-based format.
Preview of Graphing Linear Functions in Slope Intercept Form

Graphing Linear Functions in Slope Intercept Form

Students will interpret the equation y = mx + b as defining a linear function, whose graph is a straight line. They will also work with examples of functions that are not linear. Provide feedback and get TPT credit on future purchases: ***Go to your My Purchases page. Click on the Provide Feedback button beside each purchase. You will be taken to a page where you can give a quick rating and leave a short comment for the product. By giving feedback, you gain TPT feedback credits that lower the c
Preview of Introduction to Functions

Introduction to Functions

Students will understand that a function is a rule that assigns to each input exactly one output. They will also learn that the graph of a function is the set of ordered pairs consisting of an input and the corresponding output. Provide feedback and get TPT credit on future purchases: ***Go to your My Purchases page. Click on the Provide Feedback button beside each purchase. You will be taken to a page where you can give a quick rating and leave a short comment for the product. By giving feedb
Preview of Basic Math: Functions

Basic Math: Functions

Simple lesson that helps students understand that a function is a rule that assigns to each input exactly one output and that the graph of a function is the set of ordered pairs consisting of an input and the corresponding output. Provide feedback and get TPT credit on future purchases: ***Go to your My Purchases page. Click on the Provide Feedback button beside each purchase. You will be taken to a page where you can give a quick rating and leave a short comment for the product. By giving fe
Preview of Continuity at a Point Foldable Notes and Activity

Continuity at a Point Foldable Notes and Activity

Created by
Joan Kessler
This Calculus Continuity Foldable in a trifold brochure format is designed for your students to learn and practice their understanding and skills with continuity of a function at a point. What's included?In Section 1, the students learn about the rules and conditions for continuity at a point.Section 2 includes examples of discontinuous functions. Students analyze the functions and write the reasons for the discontinuity.In Section 3 students match six graphs with specific conditions. They ca
Preview of IB Math Applications & Interpretation SL Topic 5 Calculus BUNDLE

IB Math Applications & Interpretation SL Topic 5 Calculus BUNDLE

This is a GROWING bundle covering IB Math Applications and Interpretation SL Topic 5 Calculus standards: SL 5.1 Introduction to the concept of a limit and derivative interpreted as gradient function and as rate of rangeSL 5.2 Increasing and decreasing functions (coming soon)SL 5.3 Derivative using power rule where all exponents are integersSL 5.4 Tangents and normals at a given point, and their equationsSL 5.5 Introduction to integration as anti-differentiation of functions (indefinite and defi
Preview of Multiplication Whole Number Rules: Brochure

Multiplication Whole Number Rules: Brochure

I created this tool to help my students build their independence and confidence when learning multiplication. It has been a total game changer! My students call it their “cheat sheet.” I’ve also included an anchor chart with strategies for multiplying as well as a multiplication chart for checking work. I hope this tool helps your students in your classroom, it’s so useful for introducing and reviewing multiplication!
Preview of Finding Derivatives Using the Chain Rule Activity for AP Calculus AB & BC

Finding Derivatives Using the Chain Rule Activity for AP Calculus AB & BC

Make Chain Rule practice engaging, collaborative, and movement-based with this Around-the-Room Circuit Activity for AP Calculus AB and BC! This interactive scavenger hunt challenges students to apply the Chain Rule, derivatives of inverse functions, and inverse trigonometric derivatives in a structured, self-checking format. With 14 carefully designed problems, students build fluency while deepening conceptual understanding — making this the perfect review before a quiz, unit test, or AP Exa
Preview of Frayer Model Madness - Geometry!

Frayer Model Madness - Geometry!

Created by
Kelly Humphrey
This google slides assignment is completely editable! 3rd Grade Geometry terms & Frayer Model strategy intertwined into rigorous learning! This leads students into a deeper understanding of geometric concepts. I usually use this as an extension for higher level/gifted learners. Students can add text boxes to each of the models to represent their learning. I typically put chart paper up on my Smartboard and model this for students in the first few slides. Closely aligned to Virginia SOL stand
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