My son put tape around his remote control cars tires to make it go in circles

Physics

• The student demonstrated an understanding of the concept of friction and its effects on motion, as the tape around the wheels altered the car's movement.
• By noticing the change in the car's behavior, the student learned about the importance of weight distribution and balanced forces in relation to circular motion.
• The student gained insight into the transfer of energy from the wheels to the ground, leading to the circular movement of the car.

Engineering

• The student used problem-solving skills to address the challenge of making the car move in circles by applying a simple yet effective modification to the wheels.
• Through trial and error, the student learned about the impact of alterations to the car's structure on its movement, effectively grasping the principles of mechanical engineering.

Mathematics

• The student inadvertently explored concepts of geometry and measurement, as the change in the car's movement would prompt the student to observe and consider various angles and distances.
• By experimenting with the application of the tape around the tires, the student employed concepts of circumference and diameter, gaining a practical understanding of these mathematical principles through hands-on activities.

To further develop the student's interest in unschooling, it would be beneficial to encourage them to pursue additional experimentation related to modifying the car's structure for different types of movements, such as zigzag patterns or figure-eight shapes. Additionally, discussing the potential impact of various modifications on the car's speed and direction could enhance the student's understanding of physics and engineering concepts.

Book Recommendations

• Everyday Engineering, Simple Machines by Andrew Friedland and Rick Tura: This book offers practical applications and experiments related to simple machines and engineering concepts.
• The Physics of Everyday Things by James Kakalios: This book explores the science behind everyday activities and objects, providing insights into the physics at play in the world around us.
• Geometry in Construction by Elam Nash: This book delves into the intersections of geometry and engineering, presenting engaging activities for students to explore these subjects.