Try-Angle Math

This interactive activity using Google Slides helps students practice graphing lines, given an equation in slope-intercept form. Identify the slope and y-intercept, then click and drag the points to the y-intercept and the consecutive points using the slope.  Connect the points with the line!  Which animal does the line pass through? (If the line doesn't pass through an animal, a mistake was made.) *Now includes a Google Form self-grading quiz! Includes a page of notes with 2 examples. No pr

Introduce slope-intercept form by finding coordinates using a table.Replace x with the value from the table and solve for y. Click and drag the points to the coordinate from the table.  Connect the points with the line!  Which colored heart does the line pass through? If the line doesn't pass through a heart, a mistake was made. Includes instructions to print for students without technology.

Practice translations and reflections with this digital game of mini golf! (Option to print too!) Students identify the coordinates of the golf ball, and the directions to take to get the ball into the hole, using either translations or reflections across the axis. 9 holes! This is editable in case you want to do fewer holes.

Introduce parabolas by finding coordinates using a table.Replace x with the value from the table and solve for y. Click and drag the points to the coordinate from the table.  Click and drag the parabola to connect the points!  Includes instructions to print for students without technology. TPT safely makes a copy in your Google Drive, but if you don't want them to have access and are interested in this resource, please e-mail me at tryanglemath@gmail.com.

To practice finding area of a circle, students can find the area of a donut! 10 problems to master finding area of a circle and understand composite area. The first 8 problems have work space for students to show the area of the larger circle, the area of the smaller circle, and the difference. The last 2 problems have space for work, but students need to show their own steps. Keywords: composite area, compound area, annulus, donut, doughnut, area of circles, pi, test prep.

Students practice dependent probability using pictures of stuffed animals in a claw machine! With this special claw machine, you are a winner every time! Includes: - Google Slides Notes - Video Examples - Google Slides Classwork - Google Forms Self-Grading Quiz - Instructions how to use Google Slides and Google Forms - Paper worksheet - Although the worksheet is in color, it prints in grayscale fabulously! - Answer key *You can provide just the Google Forms quiz, but I like to use Google Slides

Writing Equations in Slope-Intercept Form, given a lineIdentify the y-intercept. Identify the slope. Write the equation in slope-intercept form. 14 problems. Editable!! Includes instructions to print for students without technology. To see a video preview, click here. To see other digital lessons, click here. TPT safely makes a copy in your Google Drive, but if you don't want them to have access and are interested in this resource, please e-mail me at tryanglemath@gmail.com.

Students practice dependent probability using pictures of fish in a lake. IncludesNotes Video Example for the digital version Digital Assignment Paper Assignment Answer Key Google Forms self-grading assessment Instructions for using Slides and Forms Differentiation ideas for the paper version: 1) Give students integers chips to cover up the fish caught the first time, to make it easier to see the probability of the 2nd event. 2) Make an extra copy and cut out the fish so students can take th

Graph parabolas by finding the intercepts and the vertex.Identify the y-intercept. Identify the x-intercepts. Identify the vertex. Click and drag dots to these special points on a graph. Click and drag the parabola line to connect the points! Includes instructions to print for students without technology. TPT safely makes a copy in your Google Drive, but if you don't want them to have access and are interested in this resource, please e-mail me at tryanglemath@gmail.com.