Roller coasters

Core Skills Analysis

Science

• The student learned about potential and kinetic energy by understanding how roller coasters use these principles to create thrilling rides.
• They grasped the concept of gravity and its effects on the acceleration and speed of the roller coaster cars.
• The child explored the concept of friction and how it impacts the movement of the coaster cars on different parts of the tracks.
• They gained insight into the engineering aspects of roller coasters, including the design elements that ensure safety and create excitement.

Tips

To continue developing their understanding of science through roller coasters, encourage the student to design their own mini roller coasters using everyday materials like cardboard tubes, marbles, and tape. They can experiment with different inclines and loops to observe how changing these factors affects the speed and movement of the coaster. Additionally, encourage them to research the history of roller coasters and how they have evolved over time, linking their scientific knowledge to real-world applications.

Book Recommendations

• Roller Coaster by Marla Frazee: A story about a girl's adventure at an amusement park and the thrilling experience of riding a roller coaster.
• The Thrills and Chills of Amusement Parks by Jordan Brown: An illustrated book that delves into the science behind amusement park rides, including roller coasters, explaining concepts in a fun and engaging way.
• Ultimate Ride: Roller Coasters, Thrill Rides, and Inverted Roler Coasters by Susan E. Goodman: A comprehensive guide to the world of roller coasters, covering everything from their history and design to the physics principles that make them work.