Rocket Science 101

Introduction

Blast off into the exciting world of physics! This expedition combines traditional physics with hands-on experimentation, focusing on 1-dimensional motion and forces through the design of balloon rockets.

The adventure begins with a workshop on physics fundamentals, including aerodynamics, force, and motion. Students then apply these principles by constructing balloon rockets from everyday materials, enhancing their creativity and problem-solving skills.

The highlight is the balloon rocket challenge, where students launch their rockets along a cable track to observe how design variations influence performance. This activity showcases physics concepts like thrust and air resistance and fosters critical thinking and data analysis.

Gear up for an adventure that brings the laws of physics to life in a fun and interactive way, igniting a passion for science with every launch. Get ready to experience physics in action and propel into a world of discovery and innovation!

Essential Questions

• How do Newton's laws and the principles of motion and forces help explain the movement of rockets and other objects?

• How can experimenting with balloon rockets help us understand and solve real-world physics problems?

• What role do forces like thrust, drag, and gravity play in the motion of rockets?

• How can we use diagrams, graphs, and other visual tools to communicate the science behind rocket motion?

Learning Objectives

• Describe and understand the concepts of motion, forces, and Newton’s laws as they apply to rockets.

• Identify, compare, and create diagrams to communicate the effects of multiple forces on a rocket.

• Create and interpret graphs and diagrams of motion to explain the movement of rockets through space.

• Conduct experiments and solve hypothetical questions using the principles of physics to design and improve balloon rockets