Math With Guenther

This practice worksheet contains 8 problems for students to practice creating linear regression equations (also known as trendlines or lines of best fit). Each practice problem has students make two predictions using the regression lines they created. An answer key is provided for easy grading. Students in my classroom use Desmos to create their line of best fit. A reference sheet for using Desmos can be found here: Linear Regression - DESMOS Reference Sheet

Point-Slope form of linear equations can be new to students, who may be used to slope-intercept form of a linear. This essential skill and concept will help students as they proceed in their math career. This activity provides students with 8 equations, written in Point-Slope form, to cut out and match with 8 graphs. An answer key is included!

This is a guide I use with my students to help them learn and use Linear Regression using the DESMOS online graphing calculator. It guides students on how to create and view a scatter plot in DESMOS then find the line of best fit.

This practice worksheet contains 8 problems for students to practice writing, with technology, quadratic functions that provide a reasonable fit to data. Each practice problem has students making one prediction based on their calculated regression equations. An answer key is provided for easy grading.

Writing and graphing linear equations in Point-Slope form is a key concept in Algebra 1. These notes cover graphing linear equations in point-slope form. These notes include a guided notes version, a blank notes version, and an answer key.

This practice worksheet contains 12 problems for students to practice graphing linear functions from Point-Slope Form. Each practice problem also asks students to identify the key features of slope, y-intercept, and x-intercept where possible. An answer key is provided for easy grading.

This foldable focuses on how to solve a system of linear equations by graphing (using the graphing method). It is designed to be able to be easily copied and glued into an interactive notebook. It is a good way to introduce students to the types of solutions to a system by allowing them to visualize what each type means graphically. You can use this foldable to teach, or reinforce: TEK A.5(C) - Solving systems of linear equations with two variables for mathematical problems.TEK A.3(F) - Graph

Point - Slope form is a key concept in algebra. These notes cover writing Linear Equations in Point-Slope form given: -a point and a slope -two points -a graph. Each different type of stimuli includes multiple practice problems for students to practice. Both a guided notes version, and a blank notes version are both provided so you can choose the one that best meets the needs of your students.

This foldable is designed for use as notes on Solving Inequalities in One Variable. It is designed to fit into a spiral or composition style Interactive Notebook. The notes review one problem each of solving and graphing less than, greater than, less than or equal to and greater than or equal to. It also reviews problems that contain the distributive property, variables on both sides of the inequality symbol and an example where flipping the inequality is required. An answer key is contained w

This bundle includes guided notes and a practice worksheet on the distributive property. The guided notes are designed with examples and student practice to help students gain understanding of the concept of distributive property before moving to complete the individual practice worksheet.

This Distributive Property practice worksheet is designed to help students master the concept of the distributive property. The worksheet includes an answer key for easy grading, or for students to use to self-check their mastery of the concept.

This is a guided notes page to use when introducing students to the distributive property. It includes both examples and practice problems for students to work through It includes an answer key and is perfect for students in grades 7, 8 and 9.