No Prep Plans: Energy Changes: Energy Transformations Comic Strip

No Prep Plans: Energy Changes: Energy Transformations Comic Strip
Year 7 Physics | Cambridge Lower Secondary Science Aligned

Help students explore one of the most important ideas in physics—the Law of Conservation of Energy—through a creative, engaging comic strip project.
In this hands-on investigation, students research how energy is transferred and transformed in everyday objects such as flashlights, wind-up toys, kettles, skateboards, and more. They will identify energy stores and pathways, trace energy changes from start to finish, and demonstrate their understanding by creating an illustrated comic strip that tells the complete "energy story" of an object.

Perfect for reinforcing Cambridge Lower Secondary Science Physics concepts while encouraging creativity, critical thinking, and scientific communication.

What's Included:
• Teacher Directions Page (45–60 Minute Lesson)
• Student Research & Planning Page
• Energy Stores & Comic Planning Page
• Final 6-Panel Comic Strip Template
• Color Versions
• Black & White Versions

Students Will Learn About:
• The Law of Conservation of Energy
• Energy Stores
• Energy Pathways
• Useful and Wasted Energy
• Energy Transfers in Everyday Objects
• Scientific Communication Through Visual Models

Skills Developed:
• Research Skills
• Scientific Observation
• Critical Thinking
• Visual Communication
• Cause-and-Effect Reasoning
• Creativity and Design
• Presentation Skills

Perfect For:
• Cambridge Lower Secondary Science
• Year 7 Physics/US Grade 6
• Energy Units
• STEM Activities
• Science Centers
• Project-Based Learning
• Early Finishers
• Sub Plans
• Homeschool Learning

Teacher-Friendly Features:
• No special materials required
• Minimal preparation
• Print-and-go format
• Works individually or in groups
• Easy to assess
• Engaging for a wide range of learners

This project transforms abstract energy concepts into a memorable visual learning experience while helping students build a deeper understanding of how energy is transferred and conserved in the world around them.

Important Disclaimer:
This resource is an independent educational product created to support classroom instruction and is not affiliated with, endorsed by, or approved by Cambridge University Press & Assessment or Cambridge International Education. References to Cambridge Lower Secondary Science are provided solely to indicate curriculum alignment and instructional relevance. Teachers should use their professional judgment and their school's approved curriculum materials when implementing this resource.