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Preview of Roller Coaster Engineering Project | Energy, Forces & Motion | NGSS | Grades 6–8

Roller Coaster Engineering Project | Energy, Forces & Motion | NGSS | Grades 6–8

Does your class need a project that gets students genuinely excited about physics? This multi-week roller coaster engineering project challenges student teams to design and build a marble-run prototype for a fictional Six Flags client — applying real concepts of potential energy, kinetic energy, forces, motion, Newton's Laws, and speed calculations the whole way through. It's hands-on, standards-aligned, and built for the real classroom. WHAT'S INCLUDED (19 pages):KWL Warm-Up: Energy & Roller
Preview of Electric Field Lines | Positive & Negative Charges | Grade 11 Simplified

Electric Field Lines | Positive & Negative Charges | Grade 11 Simplified

Help students visualize electric fields with this clear electric dipole diagram!This resource shows electric field lines between a positive and negative charge, helping Grade 11 students understand key electrostatics concepts such as field direction, force interactions, and charge behavior. ✔ Perfect for: Introducing electric fields and dipoles Supporting visual learners Reinforcing Coulomb’s Law concepts ✔ Covers: Direction of electric field lines (positive → negative) Electric dipole mode
Preview of A.I. Amplified Human: Physics Hooke's Law & Springs Project w/ Data & AI Chatbot

A.I. Amplified Human: Physics Hooke's Law & Springs Project w/ Data & AI Chatbot

Created by
JenFinnScience
Add an interesting Artificial Intelligence Component to your STEM Physics Hooke's Law Spring Lab by incorporating this 90 line dataset of spring force and extension (stretch) data and using an A.I. Chatbot to investigate and utilize the data in new and surprising ways! This science activity is a unique way to combine the traditional Hooke's Law Lab (included, with instructions for investigating 3 springs with 10, 15, and 20 gram masses) with artificial intelligence and show students well-eng
Preview of GT Physics - Rube Goldberg Machine Project

GT Physics - Rube Goldberg Machine Project

Students will use their knowledge of forces and simple machines to create a Rube Goldberg machine to perform a very simple task. They will be in control of every detail from beginning to end; starting with brainstorming, to designing, gathering materials, construction, testing, adapting and tinkering, to finally an end product to present to the class. .ppt includes three fun video examples as inspiration.
Preview of Handmade Operation Game (Battery Circuit Assembly) STEM or STEAM

Handmade Operation Game (Battery Circuit Assembly) STEM or STEAM

Created by
Mizzz Foster
Handmade Operation Game – Circuits, Critical Thinking, and Fun!Bring science to life with this hands-on STEM/STEAM project where students design and build their own version of the classic Operation Game! This engaging activity reinforces key concepts in circuits and electricity while also supporting the development of fine motor skills, critical thinking, and reading comprehension. This resource requires; Shoe box, with lid 9 V Battery connector 9 V rectangular battery 12V light (RED) o
Preview of IB physics: B.2 - The Greenhouse Effect

IB physics: B.2 - The Greenhouse Effect

Lesson presentation. IB physics first exams 2025, syllabus section B2 in pdf, ppt & odp format. 49 slides. Thermal equilibrium temperature of Earth, albedo, molecular absorption lines, human impact. Emphasis on graphics with clear, bespoke figures. Step-by-step worked examples. Includes a short quiz at the end modeled on past paper multiple choice questions. Unit test for syllabus section B.2.Lesson bundle for the whole syllabus - save 33%.
Preview of IB physics: D.1 - Gravitational Fields (SL & HL)

IB physics: D.1 - Gravitational Fields (SL & HL)

Lesson presentation. IB physics first exams 2025, syllabus section D1 in pdf, ppt & odp format. 120 slides. Kepler's laws, Newton's law of gravitation, gravitational field strength, field lines, gravitational potential. Emphasis on graphics with clear, bespoke figures. Step-by-step worked examples. Includes a short quiz at the end modeled on past paper multiple choice questions. Unit test for syllabus section D.1 (SL).Unit test for syllabus section D.1 (SL + HL).Lesson bundle for the whole sylla
Preview of IB physics: D.2 - Electric & Magnetic Fields (SL & HL)

IB physics: D.2 - Electric & Magnetic Fields (SL & HL)

Lesson presentation. IB physics first exams 2025, syllabus section D2 in pdf, ppt & odp format. 126 slides. Coulomb's law, Millikan's experiment, electrostatic induction, electric field strength & field lines, magnetic field lines, electric potential, field strength as potential gradient, equipotentials. Emphasis on graphics with clear, bespoke figures. Step-by-step worked examples. Includes a short quiz at the end modeled on past paper multiple choice questions. Unit test for syllabus section D
Preview of 10 No-Prep STEM Activities (Secondary) | Quick & Engaging Lesson Starters PPT

10 No-Prep STEM Activities (Secondary) | Quick & Engaging Lesson Starters PPT

10 No-Prep STEM Activities (Secondary) | Interactive PowerPoint Lesson StartersWant your students engaged the second they walk in, without extra prep? This ready-to-use PowerPoint delivers 10 quick, hands-on STEM activities that you can project and run instantly. Each slide guides students through a simple challenge, making it the perfect tool for busy teachers who still want high-quality engagement. What’s Included: Interactive PowerPoint presentation (10 activities) Clear, student-frie
Preview of Design a Safe Drop System

Design a Safe Drop System

Created by
STEMifiED
🪂 Design a Safe Drop System: A Phenomena-Based STEM Engineering Challenge (5E Lesson)Engage your students in authentic, high-impact learning with this real-world STEM design challenge where they investigate a compelling phenomenon and apply physics, math, and engineering principles to solve a critical problem: How can we design a system that safely controls the motion of a falling object? 🌍 PHENOMENA-BASED LEARNING THAT DRIVES CURIOSITY This project begins with an observable, real-world phe
Preview of 10 No-Prep STEM Activities (Secondary) | Quick & Engaging Lesson Starters

10 No-Prep STEM Activities (Secondary) | Quick & Engaging Lesson Starters

10 No-Prep STEM Activities (Secondary) – PPT, Worksheets & Teacher Guide BundleEngage your students instantly with this complete, no-prep STEM bundle designed for secondary classrooms. These 10 quick, hands-on activities use simple classroom materials and are perfect for lesson starters, relief lessons, or fast-paced engagement tasks. Each activity is structured to get students thinking, testing, and discussing within minutes, while building key scientific understanding and inquiry skills. W
Preview of Marble Run Mania Roller Coaster STEM Challenge

Marble Run Mania Roller Coaster STEM Challenge

Created by
STEM4Learning
Engage your students in a hands-on STEM challenge that brings Newton’s Laws of Motion to life! In Marble Run Mania, student pairs will design, plan, and build a marble run with one goal: achieving the longest travel time possible while working within a set of engineering constraints. What’s Included:Teacher Guide with pacing suggestions, key constraints, and differentiation strategiesNewton’s Laws Introduction Worksheet (Student & Teacher Edition)“Your Mission” Criteria Cards outlining rules a
Preview of ThinkForge Desktop Engineering Challenges V2 and V3 Bundle (10 Challenges)

ThinkForge Desktop Engineering Challenges V2 and V3 Bundle (10 Challenges)

ThinkForge™ Desktop Engineering Challenges Volume 2 + Volume 3 BundleHands-On Engineering • No Lab Required • Middle & High SchoolBuild a complete, classroom-ready engineering experience with the ThinkForge™ Desktop Engineering Challenges Volume 2 + Volume 3 Bundle. This bundle combines two full volumes (10 challenges) of hands-on design challenges that guide students from foundational engineering thinking to more advanced structural problem-solving - using only common classroom materials. To
Preview of Five ThinkForge Desktop Engineering Challenges Volume 3 - Energy/Motion (MS/HS)

Five ThinkForge Desktop Engineering Challenges Volume 3 - Energy/Motion (MS/HS)

ThinkForge™ Desktop Engineering Challenges are low-prep, classroom-ready engineering design challenges that engage students in hands-on problem solving using common materials and minimal space. Each challenge guides students through the engineering design process as they analyze a real-world problem, design and build a solution, test and redesign, and communicate results. Perfect for STEM, science, and physics classrooms (grades 6–12), these desktop-friendly challenges build critical thinking, c
Preview of Spaghetti Bridge Engineering Challenge

Spaghetti Bridge Engineering Challenge

Created by
Made By Miss E
The Spaghetti Bridge Challenge allows students to collaborate on the engineering process of building a bridge!
Preview of Egg Drop Challenge

Egg Drop Challenge

Created by
Made By Miss E
This fun and engaging Egg Drop Challenge allows students to connect creativity to an investigation about gravity, force, and impact force.
Preview of Halloween | Science | Skeleton Physics Motion & Force | TEKS | K-12

Halloween | Science | Skeleton Physics Motion & Force | TEKS | K-12

☠️ Halloween | Science | Skeleton Physics Motion & ForceStudents learn biomechanics by analyzing skeleton levers with bones, joints, and muscles. Activities span elementary labeling to high school force calculations. ✅ Includes: TEKS alignment across grade bands.Learning Intention: I am learning how skeletons show the relationship between force, motion, and levers.Success Criteria: I can identify lever systems, explain forces, and apply Newton’s Laws.Graphic organiz
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