Hardest Problem of JEE Advanced Physics!

Tough Problem of JEE Physics | Relative Motion | 3 particles chasing problem! If anyone thinks this is trivial, find equation of path and acceleration of the particle. SOLVED EXAMPLE 20 || CHAPTER 3 | HC VERMA | REST AND MOTION | KINEMATICS Three particles A, B and C are situated at the vertices of an equilateral triangle ABC of side d at t = 0. Each of the particles moves with constant speed v. A always has its velocity along AB, B along BC and C along CA. At what time will the particles meet each other ? By symmetry they will meet at the centroid of the triangle. They will meet after time 2d/3v 🚀 Watch three turtles chase each other in a mesmerizing equilateral triangle! This stunning animation, created with Manim (the animation library by 3Blue1Brown), brings the classic pursuit curves problem to life. See how the turtles spiral inward, forming beautiful logarithmic spirals, with a dynamic triangle and shrinking arrows that highlight their motion. Perfect for math enthusiasts, animation lovers, and anyone curious about the beauty of mathematics! #jee #maths #jeeadvanced #jeemains #manim #3blue1brown #jeephysics #kinematics #relativemotion #physics #class11 #MathAnimation #PursuitCurves #Manim #Mathematics #TurtleChase #LogarithmicSpirals #Geometry #MathVisualization #3Blue1Brown #MathForAll #ViralMath #Animation #motion in a plane #hcv #hc verma