Why Centripetal Force Always Points Inward? | Radial Direction Explained 🔄

Ever wondered why an object moving in a circle doesn’t fly off in a straight line? 🤔 The answer lies in the direction of centripetal force. In this video, I clearly explain why centripetal force always acts along the radial direction (towards the centre of the circle) and how this single idea controls uniform circular motion. This concept is crucial for understanding centripetal acceleration, banking of roads, motion of planets, and many Class 11 physics problems. 🔹 What you’ll learn in this video: • Direction of centripetal force (radial inward) • Why it is NOT tangential • Connection between force, velocity, and circular motion • Conceptual clarity for exams & numericals If you’re a Class 11 student preparing for school exams, NEET, JEE, or just want strong fundamentals in physics, this explanation will make things click instantly. 📌 Watch till the end to remove one of the most common misconceptions in circular motion! #CentripetalForce #CircularMotion #RadialDirection #Class11Physics #PhysicsConcepts #UniformCircularMotion #PhysicsExplained #NEETPhysics #JEEPhysics #LearnPhysics #ShashwatSingh #PhysicsShorts #ConceptualPhysics