The Science Behind Roller Coasters: How Physics Fuels the Thrill

🎢 How do roller coasters turn metal tracks and gravity into pure exhilaration? In this episode of Science Deep Dive, we take a deep dive into the physics behind your favorite thrill rides. From the towering first drop to the heart-pounding loops, every second of a roller coaster ride is a masterclass in Newton’s Laws, energy transformations, and the forces that keep you in your seat.

We’ll uncover:

✅ The history of roller coasters—from ice slides to steel giants

✅ How potential and kinetic energy create thrilling motion

✅ The role of gravity, friction, and G-forces in every twist and turn

✅ Cutting-edge coaster technology, including magnetic launches and VR

Strap in for a wild ride through the science of thrills!