At extreme acceleration, a car’s momentum and lift can momentarily counter gravity, creating a short airborne trajectory over the water. The forward kinetic energy acts like a ramp effect, converting speed into temporary flight. This rare phenomenon depends on velocity, weight, surface friction, and takeoff angle. While it looks spectacular, the physics behind it also highlight the razor-thin margin between balance and chaos at high speeds. Love technology? Follow @Technology Credits: @007sig4l

A POWERFUL Geomagnetic Storm Is About To Hit Earth AGAIN - #fyp #geomagnetic #solarstorm #weather #northernlights | Max Velocity

BlackAndWhite on Instagram: "Speeding at a high range of acceleration can allow a car to cross a river because the increased velocity provides enough momentum and lift to momentarily overcome gravity and the gap between the banks. When a car accelerates rapidly before reaching the edge, its forward kinetic energy converts into a short airborne trajectory—similar to a ramp jump. The faster the car moves, the more distance it can cover before gravity pulls it downward. However, this phenomenon dep