By understanding the principles of physics involved—specifically potential and kinetic energy—you can model how a toy car might navigate a loop, assuming you've calibrated the height and speed correctly.
At the start of the journey, the car has potential energy based on its height which converts to kinetic energy as it descends. This is crucial in ensuring it completes the loop.
As the car rolls down, its potential energy decreases while its kinetic energy increases, demonstrating the conservation of energy principle in action as it transitions through different points on the track.
Contrary to popcorn physics, it's theoretically possible for a full human-sized loop given correct height and speed; however, practical implications dictate this should remain a theoretical exercise.
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