Oaklynn Resources

This resource consists of 3 separate activities that provides practice for combining like terms with rational coefficients. Class Practice Sheet- 9 problems of simplifying expressions with fraction and decimal coefficientsCLT: Practice- This is a mixed practice that has 30 problems and includes integer, fraction, and decimal coefficients.CLT: Extra Practice- There are 10 extra practice problems that includes integer, fraction, and decimal coefficients. Each page consists of 2 problems and there

In a world of technology, it is very seldom students get a break from the screen to get up and move their bodies and if you teach middle school you know how hard it is for students to stay in their seat for the entire class period. Well with this activity, they don't have to! This resource includes 2 versions of the same 30 problems so that you have more flexibility with how they are used in your classroom. You can choose from the wall sized cards which include one question per 8.5 x 11 page or

Combining Like Terms Lesson: consists of a bellwork, guided notes, teacher notes, like terms coloring activity, like terms cards, learning check, and answers. Also included is a bonus guided notes sheet to introduce students to the expressions unit and common vocabulary such as terms, variables, coefficients, and constants. All the problems within this lesson only include integer coefficients. CLT: Practice Resource: consists of 3 separate activities, 49 total problems, that provides practice f

This resource includes 8 station cards with 3 questions on each card. I used these as review stations and for test prep for a unit over equations and inequalities in seventh grade math. The skills include:  Solving two-step and multi-step equationsWriting two-step equationsSolving and graphing one-step and two-step inequalitiesWriting two-step inequalities Reading graphs of inequalitiesThere is a student response sheet included along with answers. I would suggest printing each card on different

This resource consists of 16 multiple choice questions involving equations and students coloring their answers on a Valentine's Day themed heart mosaic. Students work on the problems, select an answer, use the color assigned to that letter choice, and color in the designated area on the heart mosaic. I made it with the intention of doing state test prep with my RTI students around Valentine's Day which means after all the fun coloring we go over the problems and dissect them and discuss test ta

Included in this resource are 5 half sheets of equations practice totaling 34 problems. There are also instructions that guide you into the class activity I use it with that allows students to work through the problems in levels and compete against their classmates. The five levels for this equation challenge are: one-step equations, two-step equations, two-step equations: fractions, two-step equations: mixed, and multi-step equations with combining like terms and the distributive property. Tak

This combining like terms lesson includes a bellwork, guided notes, teacher notes, like terms coloring activity, like terms cards, learning check, and answers. Also included is a bonus guided notes sheet to introduce students to the expressions unit and common vocabulary such as terms, variables, coefficients, and constants. Note: All expressions within this lesson only use integer coefficients. Rational number coefficients comes after this lesson and you can find practice here. Please click o

This is the paper form of a math video game where the problems gradually get more advanced by each new level and students pass a “level” (just like in a video game) of paper questions by getting every single problem correct. Teachers can assign point values to the levels and track accumulated points for students over the course of the school year and give rewards for hitting certain benchmarks. There are four levels for this probability challenge: simple probability, theoretical/experimental and

Free for a limited time! Enjoy! This game is a digital and less germy approach for students to use integer cards in order to compare values from -25 to 25. There are two versions depending on the proficiency of your students in manipulating objects in google slides. Regardless of which version you choose though the decks for each player is exactly the same as well as the exposure to the questions. They will each play a card from their deck, compare that value, and whichever player has the large