Math Glow Up

This Bundle is designed for Algebra 1 students. Overall topics include domain & range in interval notation, increasing & decreasing intervals, maximums & minimums, end behavior, and x- and y- intercepts from graphs. It includes the following activities: Features of Function Graphs Stations — 20 Stations (Interval & Inequality Notation Options!)Give your students high-quality practice analyzing continuous function graphs with this engaging set of 20 stations. Students rotate through the room

🔵 Linear Systems Stations – 20 SAT-Style Practice Problems 🔵 Give your students hands-on, collaborative practice with linear systems using this 20-station activity set! Designed with SAT-style questions, this resource challenges students to think critically about systems of equations while promoting discussion and reasoning at vertical whiteboards or small-group stations. Students will practice a variety of skills, including: Finding missing coefficients in systems with no solution or in

🟢 Function Notation Stations – 20 SAT-Style Practice Problems 🟢 Give your students hands-on practice with function notation using this 20-station activity set! Designed with SAT-style questions, this resource guides students through a variety of function tasks while promoting collaboration and active learning at vertical whiteboards or small groups. Students will practice a full range of skills, including: Evaluating functions with numbers Substituting binomials into functions Evaluati

Two Truths & a Lie — Rotational Angles in Standard Position (10 Stations, Self-Checking!)Strengthen your students’ understanding of rotational angles in standard position with this engaging Two Truths & a Lie station activity! Students move through 10 stations, each containing three statements—two true and one false—about a given angle or situation. Their task: identify the lie AND correct it, deepening comprehension and strengthening reasoning skills. This activity helps students master key

Two Truths & a Lie — Features of Function Graphs (15 Stations, Self-Checking!)Bring deeper thinking and meaningful discussion to your unit on features of function graphs with this engaging Two Truths & a Lie station activity! Students rotate through 15 stations that each display a graph along with three statements—two that are true and one that is false. Their task: identify the lie AND correct it.This activity strengthens conceptual understanding while giving students practice with domain

Vertex Form Transformations Graphic OrganizerThis is a graphic organizer for students to write down how the values of a, h, and k impact the graph of a quadratic. I use this as a discovery activity with a geogebra graph too. Thin Sliced Quadratic Graph 1 3 5 Pattern DiscoveryThis activity walks students through a discovery of the 1 3 5 pattern that occurs in quadratic graphs. I used this immediately after discussing the features of quadratic graphs BEFORE they learn how to graph them by finding

Help your students discover the 1-3-5 pattern that appears in quadratic graphs with this hands-on, scaffolded activity! Designed for use right after introducing the features of quadratic graphs—but before students learn to graph using the vertex—this resource walks them through the pattern step-by-step using tables of values and guided discovery. Students will explore how the y-values in a parabola change symmetrically, first with a=1 and later with different a values, building a strong conc

This activity includes 20 stations with SAT style questions using function notation. Questions include: Evaluating functions from graphs, tables, and equations.Finding x when given the function value from graphs, tables, and equations.Function addition and subtraction from graphs, tables, and equations.Features of function graphs such as intercepts and range (in interval notation).There are lots of options for how you use this product: You can print these questions as stations. Answers are desig

This activity includes 34 colorful slides or stations for students to practice solving systems using elimination. Answers are provided for each question. Systems include problems that require multiplying one or both equations for elimination to work. Problems include systems with no solution and infinitely many solutions. There are lots of options for how you use this product: You can print these questions as stations. Answers are designed to print on the back. Or you can project the questions f