✨ The fastest path here is called the brachistochrone curve – the shortest distance isn't always the quickest time. Similarly, in life, the most direct route isn't always the most efficient or fulfilling. So, in the video, we see balls rolling down different paths. What's fascinating is that the ball on the curved path reaches the end first, even though it has to travel a longer distance. The reason boils down to how gravity and speed work together. The steeper start of the curved path gives the

37K views · 240 reactions | Brachistochrone curve - Explain Physics and Life with experiment| #fip #skysir #skysirkota #skysirphysics #physics #science #sunnusirphysics #scienceexperiment #experiment #reels #reelsinstagram #viral #funinpathshala #kota #kotacoaching @sunnyyadavsir @motionkota | fun_in_pathshala | Facebook

Brachistochrone curve. Fastest route for a ball. @engineeringandarchitecture . . #brachistochrone #experiment #route #experimental #london #physical #civilengineering #mechanics #mechanicalengineering #mechanical #ohio #engineering #science #technology #industry #uk #application #usa #newyork #washington #florida #boston #massachusetts #canada #losangles #california #principles #interesting #physics #texas | Engineering and Architecture

A Brachistochrone curve may sound like a fancy way of saying 'curvy line,' but trust me, it's so much more. It's the curve that makes Isaac Newton and Johann Bernoulli's head spin. It's the curve that Einstein couldn't resist. It's the curve that will make you question everything you thought you knew about gravity and time. In short, it's the curve that will make you laugh and cry at the same time. . 2nd half of the video is created by Mythbusters . #physics #gravity #spacetime #math | THE GRAPH