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Preview of Fraction Families

Fraction Families

Created by
Amber East
This lesson is meant to be done just before a class discussion. I had my students answer the questions. Then, as a class we discussed the patterns they had found. My 7th graders were having so much trouble converting between fractions, decimals, and percents. They cannot possibly hope to memorize all of these. However, if they can remember the patterns, they will be able to make sure that their conversions are reasonable answers. I am also selling the Word document for a little more, so yo
Preview of Adding Integers with the Same Sign (3 Part Series) - 1.1

Adding Integers with the Same Sign (3 Part Series) - 1.1

Great for virtual learning or in person learning! Can be displayed in google meet, on a smart board, or easily turned into an interactive experience like PearDeck. You can even film yourself teaching from these slides using programs like Screencastify! This lesson walks teacher and students through ADDING INTEGERS WITH THE SAME SIGN three ways: using NUMBER LINES, INTEGER CHIPS & MENTAL MATH. This is a 3-PART LESSON Series: PART ONE: Reviewing Integers & Number Lines; Learning how to add inte
Preview of Intro to Common Factors Slides | 6th Grade Math Lesson | Editable & Visual

Intro to Common Factors Slides | 6th Grade Math Lesson | Editable & Visual

Created by
Ms. Dan Hoang
Struggling to teach Common Factors in a clear, visual way? This "Back to Basics" slide deck is designed to introduce the concept of Factors and Common Factors to 6th graders (or review for 7th) without the fluff. It breaks down the process step-by-step using clear visuals and the "Listing Method." WHAT'S INSIDE:Clear Definitions: What is a factor? What is a common factor?Step-by-Step Guide: Visual walkthroughs of finding factors using T-charts/Rainbow method.Practice Problems: "We Do" and "You
Preview of Circles: Chord Theorems Lesson

Circles: Chord Theorems Lesson

This product covers chord theorems with circles. Starting with a short review of the definition of a chord, radius, and central angles, the product includes coverage on radius-chord relationship, equidistant chords and their corresponding arcs, equidistant chords and the central angles attached to them as well as the showing the opposite of each theorem is also true. Each theorem includes descriptions, pictures, and multiple examples. This product includes a lesson plan, a powerpoint that leads
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