Skateboarding

Science

• The child has learned about the laws of motion through skateboarding, understanding concepts such as inertia and acceleration.
• They have also learned about friction and its impact on skateboarding, including how different surfaces affect the speed and control of the skateboard.
• Through skateboarding, the child has developed an understanding of balance and the center of gravity, as maintaining balance is crucial for performing tricks and maneuvers.
• Additionally, they have learned about the importance of wearing protective gear and the science behind how helmets and pads absorb and distribute impact forces.

Continued development in skateboarding can be done by exploring the engineering and design aspects of skateboards. The child can learn about different skateboard materials, shapes, and components, and how they affect performance. They can also experiment with modifying their own skateboard setups to optimize performance for specific tricks or terrains.

Book Recommendations

• The Skateboarder's Guide to Science by Hilary Koll and Steve Mills: This book explores the physics behind skateboarding, explaining concepts such as gravity, friction, and momentum in an engaging and accessible way.
• Skateboarding: Ramp Tricks by Evan Goodfellow: This book provides step-by-step instructions and tips for mastering various skateboard ramp tricks, while also including information on safety and equipment.
• The Skateboard: The Good, the Rad, and the Gnarly by Ben Marcus: This book delves into the history and culture of skateboarding, discussing its evolution as a sport and its impact on popular culture.