Engineer to Educator

Systems of Linear Inequalities Activities Graphing, Shading, and Identifying SolutionsSave prep time with this interactive Systems of Linear Inequalities Google Slides activity featuring 34 standards-aligned questions in an engaging drag-and-drop format. Designed for both digital and print use, this no-prep resource gives students practice graphing systems of linear inequalities, identifying solution regions, and determining whether ordered pairs satisfy a system. Perfect for digital learni

Solving Linear Equations with Special Cases (Infinite, None, One Solution) Google Slides Drag-and-Drop Secret Number ChallengeMake practice with special case equations engaging, interactive, and fun with this Google Slides Secret Number sorting challenge! In this drag-and-drop activity, students solve multi-step, one-variable linear equations and determine whether each equation has one solution, no solution, or infinitely many solutions. As they correctly sort equations, they collect values

Converse of the Pythagorean Theorem: Classifying Triangles Google Slides Drag-and-Drop Secret Number ChallengeEngage students in applying the Converse of the Pythagorean Theorem to classify triangles as right, acute, or obtuse with this interactive Google Slides drag-and-drop activity. Students analyze sets of three side lengths, sort them by triangle type, and uncover a Secret Number through a motivating, self-checking challenge. 🔍 How the Secret Number Challenge Works Students complete th

Master Discrete Domain and Range Interactive Google Slides Drag-and-Drop ActivitySave prep time while giving students meaningful practice with discrete domain and range. In this interactive, digital-first activity, students analyze multiple representations and receive instant feedback using the built-in Answer Bank. The self-checking format helps students build accuracy, confidence, and conceptual understanding. 🎯 Skills PracticedStudents will be able to: Determine the domain and range of a re

Systems of Linear Equations – Solve and Sort Google Slides Drag-and-Drop Secret Number ChallengeEngage students in solving systems of linear equations with this interactive Google Slides activity! Students analyze, solve, and classify systems while uncovering a Secret Number through a fun drag-and-drop challenge. 🔍 How the Secret Number Challenge Works Complete three problem sets (15 systems each, 45 total):Set 1: Systems represented by graphsSet 2: Systems written as equations (introductory

Slope: Parallel, Perpendicular, or Neither?Google Slides Drag-and-Drop Secret Number ChallengeEngage students in using slope to classify linear functions as parallel, perpendicular, or neither with this interactive Google Slides activity! Students analyze graphs, given slopes, and sets of ordered pairs to compare slopes and classify linear functions while uncovering a Secret Number through a fun drag-and-drop challenge. 🔍 How the Secret Number Challenge Works Students complete three problem

Classify Functions (Graphs, Equations, and Tables) – Linear, Quadratic, ExponentialGoogle Slides Drag-and-Drop Secret Number ChallengeMake classifying functions engaging, interactive, and fun with this Google Slides Secret Number sorting challenge! In this drag-and-drop activity, students classify graphs, equations, and tables as Linear, Quadratic, or Exponential. As they sort correctly, they collect numbers that lead them to uncover a final Secret Number, turning meaningful practice into a

Quadratic Functions - Determining the Number of Real ZerosGoogle Slides Drag-and-Drop Secret Number ChallengeMake practice with quadratic functions engaging, interactive, and fun with this Google Slides Secret Number sorting challenge! In this drag-and-drop activity, students classify quadratic functions based on their number of real zeros (one, two, or none). As students correctly sort equations and graphs, they collect values that lead them to uncover a final Secret Number, turning meanin

This bundle includes two interactive Google Slides activities focused on the Pythagorean Theorem, each featuring engaging drag-and-drop practice your students will love. In Activity 1, students use the Converse of the Pythagorean Theorem to classify triangles. In Activity 2, students apply the Pythagorean Theorem to find missing side lengths and solve real world word problems. Be sure to check out the full descriptions for both activities to see everything included!

Make quadratic regression come alive with a drag-and-drop Google Slides activity designed to help students explore, practice, and apply their understanding of curves of best fit. 🧩 Similar Resources: This activity pairs perfectly with our companion resource on the same topic! Use them together to give students extra practice and build confidence before assessment. 👉 Quadratic Regression: Curve of Best Fit Google Form Assessment🎯 Skills CoveredStudents will learn how to: Write the equation o

Engage your students with this Google Slides, drag-and-drop Escape Room focused on Systems of Equations Word Problems! Students will write and solve systems in the context of mysterious mansion-themed word problems while receiving instant feedback from the drag-and-drop answer bank. ✨ All Problem Types Included - Variety in Equations and UnitsEach of the 4 Problem Sets has 9 unique word problems designed to give students practice with a wide variety of problem types. Variety in Equation Type

Is it a function?Interactive Google Slides Drag-and-Drop ActivitySave prep time while giving students meaningful, standards-aligned practice identifying whether a relation is a function. In this interactive Google Slides drag-and-drop activity, students determine whether relations are functions across multiple representations, helping deepen conceptual understanding, not just memorization. 🎯 Skills PracticedStudents will determine whether a relation is a function when it is represented as a:

Master Continuous Domain and RangeInteractive Google Slides Drag-and-DropSave prep time while giving students meaningful practice with continuous domain and range. Learners analyze a wide variety of graphs and receive instant feedback, allowing them to self-check and build accuracy. This visual, engaging activity is designed to deepen understanding and strengthen students’ ability to connect domain and range. 🎯 Graph TypesStudents will determine the domain and range in inequality notation fr

Master Function Notation!Interactive Google Slides Drag-and-DropSave prep time while giving students meaningful practice with function notation! Students will apply function notation across multiple representations, including equations, tables, and graphs, while receiving instant feedback to check their work and build accuracy. 🎯 SkillsStudents will demonstrate the following skills while applying knowledge of function notation: Evaluate f(x) for a given x using an equation (linear or quadrati

Bring linear functions to life with this interactive Google Slides drag-and-drop activity! Students will explore how the pieces of a linear relationship fit together by matching graphs, tables, equations, slopes, y-intercepts, and real-world scenarios.🎯 Skills CoveredStudents will practice identifying all parts of a linear function when given just one representation, such as a graph, table, equation, slope, or y-intercept.Given a word problem, students will determine the corresponding table,

Transform how students practice classifying triangles with this drag-and-drop Google Slides activity. Complete with interactive notes and two full problem sets, students will learn to classify triangles as right, acute, obtuse, or not a triangle using the Converse of the Pythagorean Theorem. 🧩 Save with the BundleWant all five right triangle Google Slides activities in one easy package? Grab the Right Triangle Geometry Bundle and save. It includes Special Right Triangles, trigonometry for

Bring geometry to life with this Google Slides, drag-and-drop, satellite-mapping project! Students act as engineers and answer real-world, in-context questions requiring the application of distance, midpoint, endpoint, slope, and parallel and perpendicular lines. Assign this project digitally in Google Slides or print as worksheets. 📘 What's Included:Learning Objectives and Success CriteriaSatellite Map - A coordinate graph featuring 17 named satellites.Four Problem Sets: 1️⃣ Distance and

Make Slope Come Alive! Build student confidence with slope through an interactive, self-checking, drag-and-drop Google Slides activity designed to support exploration, practice, and application of the slope of linear functions. This engaging digital resource helps students connect multiple representations of slope while working independently or in small groups. 🎯 Skills CoveredStudents will practice determining the slope of a linear function using: GraphsSets of ordered pairsTables of valuesE