Identity and Equality Properties: Pages 37-43

Go from easy to challenging with a worksheet full of different problems designed for solving equations. Your mathematicians will be able to start small with one- and two-step equations and work their way up to multi-step equations. The...

In this identity and equality properties worksheet, students solve and complete 20 various types of problems. First, they name the property illustrated by each statement. Then, students evaluate each expression and name the property used...

For this identify and equality properties worksheet, 9th graders solve and complete 14 different problems. First, they solve each equation for the given variable. Then, students name the property or properties illustrated by each...

Math whizzes solve and complete 20 different problems. Problems are solved using the substitute, or the equal values method. Learners also create their own systems of equations based on word problems. 

In this distributive property worksheet, students solve and complete 22 different equations that include applying the distributive property to each one. First, they simplify each expression listed by applying the distributive property....

In this properties learning exercise, 9th graders solve and complete 29 various types of problems that include identifying various types of properties. First, they give an example of each property named. Then, students name the property...

Where many multiplying binomial lessons introduce the tool of FOIL and move on, this video presentation really delves into the how's and why's of the distributive property. Careful treatment of distribution and explicitly written out...

For this algebraic properties worksheet, students identify the transitive property, symmetric property, and the identity property.  They determine the multiplicative inverse of fractions.  This one-page worksheet contains 5...

In this Algebra I activity, 9th graders identify the property illustrated in the given statement.  The one page interactive activity contains a combination of ten multiple choice and free response questions and is self checking.

What does it mean when both sides of the equation turn out to be the same value? It means that no matter what value is plugged in to the equation, it will always be true. Don't believe it? Watch this video as the teacher shows a few...