A walkaround the room activity. Students will walk to different areas in the room where the provided graphs and equations should be posted. They work with their partner or group to fill in the provided table. There is a mix of graphs, vertex form
Students will work alone or in teams to solve 10 practice problems. After each answer they will get a clue to the crime. The clues will be placed around the room. The order students complete the problems/clues is not important.
The answer key and a
Adding and Subtracting Radical Expressions without variables. Students will begin with the starting domino and then solve problems as they progress through the domino pieces. The piece will be cut and pasted in order on the sheet provided.
Multi-Step Inequality Card Sort. There are 32 cards. 8 story cards, 8 algebraic inequality problems, 8 inequality solutions, and 8 graphic solutions. Students will sort the cards into 8 sets. There is a solution page and work space for students to
Each partner will complete their own set of 10 problems. Then the two partners will combine their answers for each question to get the sum of both answers. The solutions students should get as their combined sums will be provided so students can
For the scavenger hunt, there are 12 questions that need to be printed and hung in random order around the room. There is an included worksheet (and answer key) for students to complete as they walk around the room solving the problems. The answer
Choice Board for Solving Systems of Linear Equations. Categories are Create, Write, and Display. Students are given different choices to explain their understanding of the concepts and methods of solving linear systems.
A complete review of the methods of solving quadratic equations. This worksheet includes solving by factoring, graphing, square roots, completing the square, and the quadratic formula. An answer key is also provided.
Factoring and Solving Quadratic Equations
There is a review of factoring by GCF, Trinomials with a =1 and a>1, and specials (perfect squares and difference of squares).
Students will cut the triangles, solve the problems on the sheet provided,