When Metal Meets Momentum: Unraveling Car Crashes

Car crashes are dynamic events that occur when vehicles collide, resulting in sudden, often violent interactions of kinetic forces. These collisions can vary in severity from minor fender-benders to high-impact accidents, leading to damage to vehicles, property, and potentially causing injuries to occupants. The physics behind car crashes involve a complex interplay of momentum, kinetic energy, and friction, influenced by factors such as speed, direction, road conditions, and vehicle design. Studying car crashes helps enhance safety measures, design safer vehicles, and develop effective road traffic policies to mitigate their consequences.