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This game helps students practice Order of Operations (PEMDAS). To start the game, double click on the character you want to be (knight or princess). To start solving the equation, CLICK on the part of the equation that you would need to solve first. When a box appears, type in the answer to that part and click "go". The goal is to make a staircase so your player can get out of the dungeon and free another character. You won't know if you did the problem correctly until you get to the top step. If you get the problem wrong, the game will let you re-try the problem:)

Breaks down the pattern into smaller patterns to develop the equation.

How to make a table from a graphed linear equation (on a IT-84 plus calculator)

Students: This "memory" type of game involves clicking on blue squares and attempting to find matching pairs (perfect squares). Teachers: Game meets Common Core Math Standard: CCSS.Math.Content.8.EE.2 which states "Use square root and cube root symbols to represent solutions to equations of the form x2 = p and x3 = p, where p is a positive rational number. Evaluate square roots of small perfect squares and cube roots of small perfect cubes. Know that √2 is irrational."

In addition to providing readers with a detailed explanation of logarithms, this site includes an animation that shows the basic exponential equation morphing into its logarithmic equivalent and then back into the exponential form.

How to graph quadratic equations. Note: "LOS" means the Line Of Symmetry

"In this activity, students write equations to plot one or more graphs through a collection of "target" points. They may use as many functions as they want, and any type of function they want. For each challenge, students are encouraged to use as few functions as possible."

This KEY contains the answer for many/all of the pattern problems on the Visualpatterns.org site!

Slope intercept form graph matching activity