Mission: Energy Transformation - Lesson Plan

In this captivating six-day, 45-minute-per-class lesson, high school students will explore the exciting world of energy transformations in the context of model rocketry. The guiding inquiry 'How does a model rocket’s flight demonstrate energy transformations within a system?' lays the foundation for a practical exploration of energy dynamics. The program begins with an engaging ball drop demonstration and a short physics history scavenger hunt, both of which introduce students to the Law of Conservation of Energy and the concept of Energy Transformation. The journey then continues with the PHET Skate Park simulation, serving as a tool to deepen students’ understanding of energy principles. The lesson plan incorporates hands-on activities, where students will construct, launch, and collect data from their own model rockets. On the final day, students devote their time to analyzing launch data, validating energy conservation concepts, and reflecting on the week's learning experiences. The lesson culminates in an energy modeling exercise, ensuring students have a solid grasp of the key concepts of energy transformation in rocketry.

Note to Educators: This lesson caters to all experience levels but holds particular value for those new to the intricacies of rocket building. It is highly recommended that teachers construct a model rocket beforehand to better guide the students through each step. Having a concrete example in the classroom can illuminate the process and offer insights into challenges your students may face. Enjoy your expedition into the dynamic world of rocket science!