Matholutions Solutions for Everything Math

A great resource that combines the topic of simplifying square roots using the quotient rule, as well as rationalizing the denominator. I print on both sides (flip on short edge). Great for Interactive Math Notebooks!

This is a foldable that helps students see the difference between the three forms of quadratic equations: standard form, vertex form and intercept form. This will also help students differentiate each form. For each example, the coefficients for standard form, the vertex and the x-intercepts are given. Students must choose which information to use when writing each form. This is a great time to introduce the features of the "a" term, since it is part of each form. It is also used as an introdu

This is a graphic organizer that explains how to factor the difference of two squares. It also contains practice problems and common errors made by students. There are also two examples that introduce students to factoring completely (one with a GCF and the other with DOTS twice).

This is an introduction to basic End Behavior of functions. This does not go into detail with even or odd functions. The definition of end behavior is given and explained. It has 3 examples for students to complete. I made it two pages so you can print it 2-to a page for Interactive math notebooks.

I use this graphic organizer to demonstrate the transformation rules for functions. I chose 3 parent functions: Quadratic, Absolute Value and Exponential. This is great for interactive notebooks as it gives the general rule and examples.

This document can be used as a study guide, introduction notes, or for Interactive Notebooks. Included are the following: *Equal vs Congruent notation *Reflexive and Transitive definitions and examples *Parallel lines theorems (corresponding and alternate interior) with examples *Definitions and theorems and how they are used within proofs (congruence, segment bisector, angle bisector, midpoint, perpendicular lines, right angles, supplement postulate, and vertical angles theorem). *Two example

This is a chart that allows students to keep all vocabulary and examples for application of percents problems. Vocabulary included: Sales tax Gratuity/Tip Markdown/Discount Sale Price Markup Commission Simple Interest Principal I copy this for my students' Interactive Math notebooks.

This mega-foldable covers probability topics taught in 7th grade. This foldable can be used for the entire probability unit. Covered in this foldable are the following topics: 1. Introduction to probability, including notation 2. Probability on a number line (from impossible to certain) 3. Experimental vs theoretical probability 4. Dependent vs Independent events 5. Compound probability I did not include the fundamental counting principle or tree diagrams in this packet.

Before teaching arithmetic or geometric sequences, it is important that students understand the notation used. This is a graphic organizer that allows the students to keep the notation handy when learning about sequences.

This is a helpful graphic organizer for describing when it is possible to construct 1 unique triangle, many triangles (ambiguous) or impossible to construct a triangle. Perfect for Interactive Math notebooks as a review.

This is great for interactive notebooks or to use for remediation. It organizes the concept of changing fractions to decimals and percents into one diagram.

This foldable has space for students to take notes and draw examples of reflections across the x-axis, the y-axis and the lines y = x and y = -x. I have used this for 8th grade and 9th grade math classes.

This foldable is for the Coordinate Algebra curriculum. It includes dilations of shapes including vertical and horizontal stretches and shrinks. You can have your students use their own shapes and then stretch and shrink them on the adjacent graphs.