Math Brainiacs

Solving One and Two Step Equations Activity: Mystery Picture Puzzle #DigitalMysteryPictures An engaging, no print, no-prep, fun resource to give your students practice with solving one and two step equations! Google Sheet will reveal puzzle pieces of a mystery picture as students answer questions correctly. Incorrect answers will highlight red, allowing students to self check their understanding. What's Inside?16 problems on solving one and two step equations(Digital version Google Sheets™)Myste

Solving Multi-Step Equations Color By Number/CodeLooking for a fun and interactive activity on Solving Multi-Step Equations? This digital Self-Checking resource allows students to practice Multi-Step Solving Equations in a fun and engaging way. Equations include variables on both sides, using the distributive property, combining like terms and includes answers that are in fraction, decimal and integer form. There are 10 problems: Positive and Negative SolutionsOne problem with No Solution (N

This Paperless Math activity is a self grading Google Form. This activity covers Writing Quadratic Functions Given Real World Solutions And Graphs of Their Related Equations.The form includes: Determining the equation of the Quadratic given the solutionsGiven the quadratic equation(in factored form) determining the graphFinding the value of a in factored formWriting the equation in factored formThere are a total of 10 Problems. Some problems are multiple choice and some problems are open ended

This activity is a digital activity that allows students to practice identifying characteristics/features/attributes of Quadratic Functions. In this activity students will identify: VertexMaximum/MinimumAxis of SymmetryDomain (is Given)RangeY-Intercept: Students will be able to identify the y-intercept on some of the graphs. Some problems, students will have to plug in "0" to find the y-intercept.Number of Solutions/Roots/ZerosStudents will also have to give the numerical value of the solutions

This is a Pythagorean Theorem Drag and Drop Activity for Google Slides. There are a total of 16 Pythagorean Theorem Problems. There is a mixture of finding the missing leg and finding the hypotenuse. Within the 16 problems, there are also application Pythagorean Theorem Problems where students must find the missing leg or the missing hypotenuse. There is 1 problem that gives all of the sides and the students must determine which side is the hypotenuse. **You can not edit this document.

IDEAL FOR DISTANCE LEARNING!!!Digital Interactive notebooks are an effective tool in the classroom. Not only can they assist students in keeping their work organized, but they are also an easy-to-access resource for reference throughout the year. This resource is a great way to engage your students while using the technology at their fingertips. This is a digital interactive notebook. This notebook covers the following: Graphing Linear Inequalities Notes and Practice SectionsWriting Linear Inequ

This is a Digital Interactive Notebook made with Google Slides. This notebook covers the following topics: Domain and RangeDiscrete and ContinuousTypes of Slope (Positive, Negative, Undefined, Zero)Finding the Slope From A GraphSlope from A TableSlope from 2 PointsGraphing Linear EquationsParts of Linear Equations (x and y intercepts)**Giving credit to MathEqualsLove for some of her notes worksheets and Carla Dalton for the template. ** If there are any changes that you would like to make, plea

This product is a Google Forms Halloween Themed Escape Room. There are 4 Rooms the students have to escape. The answers are within the Google Form from the Edit View. If you click each question on the Google Forms the answers should be right below the "Enter Text Here". This Digital Escape Room covers the following: Writing Linear Forms of Equations (Slope-Intercept, Point Slope and Standard Form)Matching Linear Forms such as matching Slope-Intercept with Point Slope or Standard Form and vice ve

This is a digital interactive notebook. This notebook covers the following: Graphing Equations In Standard FormWriting Equations from a Table, Graph and Verbal DescriptionStandard FormPoint Slope FormSlope-Intercept FromParallel and Perpendicular LinesDirect Variation