Math

Are you struggling to find engaging and interactive worksheets to help your students master two-step equations? Look no further! Introducing the Two-Step Equation Maze Worksheet - a dynamic and effective way to reinforce the concept of solving equations with two steps. This worksheet is specifically designed for middle school and high school students who are studying algebra. With its unique maze-like format, it not only challenges students to solve two-step equations but also adds an...

6th grade math anchor chart Independent, dependent, additive, multiplicative, variable, one step equations, equations

Practise solving simple equations with this free maths maze worksheet from DoingMaths. Begin with the start box and solve the equation to find the correct path through the maze. Great for maths lesson starters, maths centers and homework.

Students will be rewriting equations in slope-intercept form. After rewriting 10 equations, students will determine the y-intercept. Students will draw lines from each circle containing the letter to the circle containing the y-intercept. This will create sections with a letter in each section. Students will color each section according to the color key code.This activity is great with self-assessment! Students know to check their answer when they do not have one letter in each section...

✨ Master the Triangle Sum Theorem with Engaging Practice! ✨ Looking for a straightforward yet effective way to help your students review the Triangle Sum Theorem? This resource offers a hands-on approach where students analyze various triangles and calculate the missing angle in each using addition and subtraction — no protractors required! Ideal for: ✅ Independent Practice ✅ Homework Assignments ✅ Filler Activities ✅ Review Sessions This set includes three differentiated worksheets...

Integer & Integer Operations Notes / Anchor Chart!Vocabulary and examples includedPrint on poster size paper OR print for students to keep in their binder.This is page 4 and 9 of my anchor charts BUNDLE! Click HERE to get the bundle!

Make the holiday season mathematically engaging with our "Christmas Missing Angles in Triangles Activity" - a set of three Christmas-inspired worksheets designed to reinforce the concept of finding missing angles in triangles. Ideal for middle school math classes, these festive activities add a touch of holiday cheer to your lessons while ensuring students stay focused on key geometric skills. Each worksheet contains 26 missing angles in which students will need to recall angles rules such...

This note page provides step-by-step directions with examples for how to divide fractions. It is broken down into sections that explain and show how to divide a fraction by a fraction, a fraction by a whole number, and mixed numbers. ...

Help your students practice the order of PEMDAS with this easy game template. Just add dice!

Included is a foldable on slope. Students can use the foldable to help them study for a test. This is a great hands on activity for any grade level learning about slope.Students will be giving an example of a positive, negative, zero, and undefined slope. In addition, students will have an exampl...

Fun middle school math games with cards. These fun middle school math activities are perfect for your 7th grade, and 8th grade math students. A variety of games can be played with these task cards as your seventh and eighth grade students review various topics such as integer operations, circles, graphing linear equations, functions, solving equations, and more. #makesenseofmath

Get to know your students while practicing plotting points on the coordinate grid! Students will plot eight shapes on the coordinate plane that together make a heart. After plotting each shape, student will respond to get to know you style prompts by writing or drawing inside each shape to share information about themselves.

Here's something I created so that my students could practice determining the area of different triangles.

In math, dividing fractions is the process of figuring out how many times one fraction fits into another. You can multiply fractions using the “keep-change-flip” method, where you multiply the first fraction by the reciprocal of the second fraction, then simplify to find the quotient.