**One of the largest things I had to do teaching middle school math was to find ways to engage students in math that absolutely did not like math or struggled with mathematics. **

Following are some strategies I utilized to assist my students!
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**1. VISUALS**

** ****I learned that by engaging visual learners and students who ‘do not like math’ with entertaining visuals and color it grasped their attention.** For example, when I introduced the definition of Pythagorean Theorem to my students I used a hippo for the hypotenuse and legs for the legs of the right triangle. I engaged students first with a discussion on why a hippo was sliding down the hypotenuse and why he was on a sled…that year it was January and we had a lot of snow and ice. *This was just what I needed to reach and engage my students. *

After this, I taught my unit on Pythagorean theorem and kept referring to the hippo and legs while students who struggled to solve equations learned this task. Even students who struggled, all I had to say was ‘think of the hippo’ and they would remember the equation and visualize how to solve the problem. *(Let me just say, the day I gave an assessment and said ‘think of the hippo’ and I could see the students picturing Pythagorean Theorem and the equations in their head ***I was ecstatic!**)* * Another strategy I brought in to my classroom was color for a few reasons.

**2. COLOR **
While teaching the Real Number System the same year I was teaching Pythagorean theorem, some of my students struggled to remember which numbers went into which group. For this reason, I created a poster that was color coordinated for students. I then had them complete a foldable that I encouraged my students to use the same colors as the chart and write the numbers and classifications in the same color as the poster. With the graphic organizer, I had markers & color pencils for students to write in the information in the same color as the poster. These activities and more assisted students in remembering which numbers went in which classification by identifying them with a specific color. *Color coding really helped my students focus on the Real Number Classification system.*

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This is why so many of my resources I’ve brought color into them. * *For example, even my FREE Decimals Graphic Organizers, that I created and used in 2015 in a class that enjoyed colored pens. I allowed them to focus on each operation with decimals with that color pen. For example, Red for adding decimals, green for subtracting, purple for multiplying, and orange for dividing. Yes, I even let them solve problems with specific colors – It helped! One student who hated math, as she told me, did not resist when I allowed that student to use color pens to do the guided notes and practice problems in color!

*Finally,** I learned not to fight the colored pen issue with that student, just incorporate it if I can! If it engages the student and assists their learning...let them use color pens. * (Note: on assessments, tests, graded work, etc, I wanted them using pencil, some did not like that, but, for me it is hard to see and grade various colors). The other thing I learned was how to break it down and try to bring in humor while relating math skills to my students.

**3. ****RELATE IT & **BREAK IT DOWN

At first I found this difficult and did not understand about ‘breaking down’ a math problem and I had to learn quickly how to break down larger units and problems for students. One example: X^{4}y^{3}/x^{2}y^{1 } - In order to break this down I had students write it out just like they did exponent problems. x • x • x • x • y • y • y / x • x • y and then cross out which fractional part made one whole and then rewrite what was left. I would also try and bring in how what we were working on may relate to their life such as a meal.

*Why would you relate math to meat & broccoli?* It engages the students… For example, I would explain that a student could have a meal they were fixing that they need to divide between people. X being the meat, Y being the broccoli. (One x over one x is one serving of meat - one y over one y is one serving of broccoli). One meal is one whole X and one whole Y, the equation is the meal they fixed. How can you divide up the whole equation (the whole meal you cooked which is what the equation is equal to) into a full meal for one person? How much meat and broccoli will you have left over? How much meat and broccoli is the complete meal per person? This scenario really assisted some of my students who struggled to understand equations and solving for X and Y. One student always excelled better at math and equations if they could relate it to life in some way and completely understand the concepts behind the computations. Another way to engage my students was with brainteasers and humor that led into a unit I was getting ready to teach.

**4. HUMOR & BRAINTEASERS**
I enjoy trying to bring humor and thought into lessons. Brainteasers and humor are engaging for people at any age.

Here's one example, when I started a unit on angles, I started with a brainteaser. *“Which angle is the best?”* was written large on my board. Students entered the room and I asked them, to think about this question. Many came up with various angles, one student liked 45^{o} angles, one liked 90^{o }angles, etc.. After discussions I uncovered the words ‘the right angle’. You are ‘right’. They didn't understand how they could all be correct. Therefore, I let them know it does depend on the situation which angle is the best. After our discussion, I went into the unit on how angles relate, how do we solve for these angles and more.

I hope these 4 simple suggestions assist you in reaching students who just 'do not like math, who struggle with math, or just to really reach your students this year! These 4 main reasons and to reach my students different knowledge levels is why many of my products are tiered and offer options for teachers to use in the classroom so it is easier to differentiate and reach students and increase their knowledge level.
To view numerous products, including the 8th Grade Math Bundle (great for intervention & differentiation) that I've created please peruse my TpT store at
https://www.teacherspayteachers.com/Store/Moore-Resources

Thank you for allowing me to share just a few strategies I’ve used with my previous students*. I hope that this article and me sharing just a few of my successful stories helps you and your students.* *P**lease note, I do not claim to be the expert of experts, I just enjoy reaching all of my students by bringing in visual arts, humor, design, their life, and more to help them be successful.*

*Best Wishes, M Moore*

Certified K-6, 6-9 math, and 6-9 science
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