The Math Huddle

These extremely animated Powerpoints are also sold as a bundle deal! Click here to see the BUNDLE!This PowerPoint is a wonderful start to your Transformations Unit! We begin the power point explaining the lingo of transformations (pre-image, image, prime points, etc.) After that, the PowerPoint gives a basic overview of all 4 transformations (translation, reflection, rotation, and dilations). Then, teaches about congruence, orientation of the figure, and orientation of the vertices and how they

This is an assignment to get your students back into the swing of things after Winter break or Spring Break. This spiral review includes the following skills:Algebraic Properties (Distributive and Associative)Distinguishing between Expressions, Equations, and Inequalities Solving equations and inequalitiesGraphing InequalitiesWriting equations from word problems and tablesDetermining solutions that fall into a solution set for inequalitiesDetermining Independent and Dependent VariablesPrime Fact

This colorful and highly animated PowerPoint shows the different characteristics of translations and how they effect the x and y values.The PowerPoint shows through animation, how translations slide the image left, right, up or down. It also shows how the x and y values are changed based on the direction(s) of the translation. Examples include how to translate an image on a graph, as well as with points only, how to identify the translation that occurred when given two points, and how to write

This colorful and highly animated PowerPoint shows the different characteristics of dilations and scale factor and how they effect the x and y values.The PowerPoint shows through animation, how dilations scale an image up and down: enlarging or reducing an image and it's x and y values as well. This show how to find the scale factor and how to write the algebraic representation as well.

This PowerPoint covers how to determine if a linear relationship is proportional or non-proportional. It covers how to determine proportionality when given each of the following representations: GraphEquationDescriptionTable