SkewLines

This is an engaging resource that gets at the heart of dilation and scale factor. Several problems use the concept of models to intutively enforce the skills associated with dilation and scale factor. Scaffolds are provides so that every student can access these practice problems. I have used this as 7th grade extension, and 8th grade classwork as well as sub-day work. Enjoy! Here is a pdf of the answer key!

This resource provides 14 problems that mix up translating inequality phrases into writing an inequality and graphing it on a number line. I have used this as homework, partner practice, as well as independent practice. An answer key is provided. Enjoy!

This engaging and structured resource (8 sections of engaging and varied practice) can be used to teach/review calculating compound probability using the strategy of a tree diagram. The scaffolds are removed in the later sections to promote student independence. I taught this skill over two days with the following structure: Do Now (section 1 - 2)Guided Notes (section 3)Partner / Independent Practice (sections 4 - 8)However, there is flexible use! (differentiated stations, homework, small-group

This is an inquiry based lesson where students work together to discover which equations are linear versus non-linear. Students are given 6 equations where they graph and make a table. Afterwords, a list of linear and nonlinear equations are made, and a place to record their thoughts as well as their classmates thoughts is listed as well. After the concept is understood and stamped, students are able to practice identifying linear equations. I have used this as partner practice, group work, as w

The following lessons are included in this bundle: Lesson 1: Linear Functions Intro (Visual Patterns)Lesson 2: Calculating Slope (Triangle Strategy)Lesson 3: Graphing y = mx + bLesson 4: Writing y = mx + b from Graphs (in context)Lesson 5: Writing y = mx + b from Graphs (out of context)Lesson 6: Writing y = mx + b from a Slope & (x, y) PointLesson 7: Writing y = mx + b from 2 (x, y) PointsLesson 8: Writing y = mx + b from Visual PatternsLesson 9: Parallel and Perpendicular SlopesThe learning tar

The following lessons are included in this bundle: Lesson 1: Angle Pair RelationshipsLesson 2: Transversals & Congruent AnglesLesson 3: Transversals: Congruent & Supplementary Angles Lesson 4: Triangle Congruence Theorems (Review)Lesson 5: Dilations & Similarity Lesson 6: Introduction to Similar Triangles Theorems Lesson 7: Similar Triangle Proofs - Flowchart Lesson 8: Similar Triangles Application The learning targets for each lesson are in the preview file and linked in this document. An a

The following lessons are included in this bundle: Lesson 1: Inverse Functions IntroLesson 2: Inverse Functions from GraphsLesson 3: Quadratic InversesLesson 4: Intro to Exponential Inverses Lesson 5: Intro to Logarithms Lesson 6: Exponential Inverse Functions (Logarithms) Lesson 7: Exponential Functions in Context (Solving using logs)Lesson 8: Applications of Logarithms The learning targets for each lesson are in the preview file and linked in this document. An assessment is included as a bonu

This bundle includes 63 resources to be implemented over the course of a year to support ALL 8th graders in acquiring mastery of the CCSS. The resources are designed using research-based practices of scaffolds that are eventually released to promote student independence. I have used these resources with great success for my gen-ed students that arrive behind grade-level and my special education students who require extra support in grasping the concepts. The resources are structured to include a

The following lessons are included in this bundle: Lesson 1: Intro to Probability with Area ModelsLesson 2: Tree Diagram Model Introduction Lesson 3: Compound Probabilities Lesson 4: "And" vs "Or" Probability Lesson 5: Expected ValueLesson 6: Probability Application via 2-Way Tables The learning targets for each lesson are in the preview file and linked in this document. An assessment is included as a bonus file - I used it as a pre and post assessment in order to measure growth! The lessons we

Every year I have several students who struggle with solving equations simply due to organization issues. This graphic organizer is designed to combat that barrier and provide access to solving multi-step equations. I place this graphic organizer (2-sided, 1 blank side and 1 with example) inside of a sheet protector and provide the student a dry-erase marker. Enjoy! Check out my Expressions & Equations Bundle for more resources!

The following lessons are included in this bundle: Lesson 1: Introduction to Polynomial FunctionsLesson 2: Standard vs. Factored FormLesson 3: Writing Polynomial Equations from GraphsLesson 4: Solving for Zeroes Algebraically (Intro) Lesson 5: Solving for Zeroes Algebraically (Vertex Form- Real Roots Only) Lesson 6: Solving for Zeroes Algebraically (Vertex Form- Imaginary Roots) Lesson 7: Applying Polynomials via Rollercoasters The learning targets for each lesson are in the preview file and lin

This bundle includes 9 comprehensive units aligned to the CCSS of 8th Math. Each individual bundle is below and can be found in this interactive PDF. Exponent Rules (3 weeks) Scientific Notation (3 weeks) Transformations (4 weeks) Multi-Step Equations (4 weeks) Proportionality (2 weeks) y = mx + b (5 weeks) Functions (3 weeks) Pythagorean Theorem (3 weeks) System of Equations (3 weeks) Each of the lessons inside the bundles combine research-based practices with principles from UDL and other co

This bundle includes 11 comprehensive units aligned to the CCSS of 7th Math. Each individual bundle is below and can be found in this interactive PDF. Proportionality & Unit Rates (3 weeks)Unit Rate Equations (3 weeks)Adding & Subtracting Integers (2 weeks)Ratios + Integer Operations (3 weeks)Word Problems: Integers, Fractions, Decimals (2 weeks)Simplifying Expressions (3 weeks)Equations & Inequalities (3 weeks)Probability (2 weeks)Word Problems: Fractions, Decimals, Percents (3 weeks)Geometry

The following lessons are included in this bundle: Lesson 1: Key Features of Graphs (Desmos embedded!)Lesson 2: Transforming Rational FunctionsLesson 3: Combining Linear FunctionsLesson 4: Intro to Transforming Quadratic FunctionsLesson 5: Writing Equations of Parabolas Lesson 6: Transforming all Parent GraphsLesson 7: Function Families (Graphic Organizers)Lesson 8: Reflection over y=axis Function TransformationLesson 9: Transforming Graphs: Domain & Range The learning targets for each lesson ar

The following lessons are included in this bundle: Lesson 1: Introduction to Trigonometry Lesson 2: Trigonometry & Slope RatiosLesson 3: Trig Slope Angles with Technology Lesson 4: Introduction to the Tangent RatioLesson 5: Applying the Tangent RatioLesson 6: Introduction to Sine & CosineLesson 7: Complementary Trig RatiosLesson 8: Inverse Trigonometry Lesson 9: Trig & Inverse Trig Word ProblemsLesson 10: 30-60-90 TrianglesLesson 11: Special Right TrianglesThe learning targets for each lesson ar

This bundle includes 77 resources to be implemented over the course of a year to support ALL 7th graders in acquiring mastery of the CCSS. The resources are designed using research-based practices of scaffolds that are eventually released to promote student independence. I have used these resources with great success for my gen-ed students that arrive behind grade-level and my special education students who require extra support in grasping the concepts. The resources are structured to include a

The following lessons are included in this bundle: Lesson 1: Nonlinear Systems with DesmosLesson 2: Solving Quadratic Equations via SystemsLesson 3: Solving Nonlinear Equations Graphically Lesson 4: Solving Linear & Quadratic SystemsLesson 5: Nonlinear Systems Word ProblemsLesson 6: Solving Inequalities via SystemsThe learning targets for each lesson are in the preview file and linked in this document. An assessment is included as a bonus file - I used it as a pre and post assessment in order t

This resource offers the following 5 parts of practice: 1. Writing a y = mx + b equation from a graph (with notes given) 2. Graphing a y = mx + b equation (with notes given) 3. Mixed practice 4. Graphing 6 lines on 1 graph 5. Analysing the graph made in part 4 The notes make this resource easily to implement and provide time to help with students who are struggling. My ELLs and SPED students definitely benefitted from this scaffolded practice. An answer key is not provided. Enjoy!

The following lessons are included in this bundle: Lesson 1: Exponential Growth IntroductionLesson 2: Rebound RatesLesson 3: Exponential Decay IntroductionLesson 4: Intro to y = b^xLesson 5: y = ab^x for Exponential FunctionsLesson 6: Applying Exponential Functions w Compound InterestLesson 7: y = ab^x for Exponential Decay Lesson 8: Multiple Representations Exponential RepresentationsLesson 9: Exponential Best Fit ModelsThe learning targets for each lesson are in the preview file and linked in

This bundle includes 60 resources to be implemented over the course of a year to support ALL 6th graders in acquiring mastery of the CCSS. The resources are designed using research-based practices of scaffolds that are eventually released to promote student independence. I have used these resources with great success for my gen-ed students that arrive behind grade-level and my special education students who require extra support in grasping the concepts. The resources are structured to include