This fall, our 8th-grade science class took on an exciting challenge to better understand the forces of gravity and kinetic energy. We began by learning how gravity pulls objects toward Earth and how kinetic energy increases as an object moves faster. Through hands-on demonstrations and class discussions, students explored how energy changes form during motion and impact, setting the stage for our most anticipated project of the unit: the Egg Drop Experiment.
In this experiment, students designed protective devices to keep a raw egg from breaking when dropped from a height. Working in teams, they used materials like straws, cardboard, sponges, and tape to create unique designs that would slow down the fall and cushion the landing. Each group applied scientific concepts related to air resistance, velocity, and energy transfer to make predictions and implement improvements. After testing their prototypes in class, they prepared for the big drop from the Bobcat Stadium bleachers.
On a sunny afternoon, students climbed to the top of the home bleachers and released their creations one by one. As eggs either survived the fall or met a dramatic end, cheers and laughter were had by all students! The experiment was a memorable way for students to see science in action, combining creativity, teamwork, and real-world application. Through this project, our class gained a deeper appreciation for how gravity and kinetic energy shape the world around us and had a lot of fun doing it!