@zonofun on Instagram: "The video demonstrates a toy car model in a simulated rain setup, showing how increasing speed from 0 to 260 mph creates airflow that deflects water droplets over the open-top vehicle, keeping the interior dry, illustrating relative velocity and aerodynamics. - This effect stems from boundary layer airflow over the car, governed by the Reynolds number in fluid dynamics; studies like those in the Journal of Fluid Mechanics confirm faster speeds reduce rain penetration into

TrendTok Hub on Instagram: "The video demonstrates a physics principle: at low speeds, simulated rain wets a toy convertible's interior, but accelerating creates airflow that deflects water drops backward, keeping it dry due to relative velocity. Posted December 22, 2025, it garnered over 2.2 million views and 4,400 likes in under 24 hours, highlighting public fascination with accessible science experiments. Replies mix enthusiasm for the concept with safety concerns, such as hydroplaning on wet

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