Video Centripetal Force Nagwa A force that keeps an object moving in a circular path is a centripetal force. and it’s equal to the mass of the object times its speed squared over the radius of the circle it moves in. in our case, we’ve been given the radius 𝑟, the speed 𝑣, and the mass of the car 𝑚. so, we’re ready to plug in and solve for 𝐹. So when an object moving in a circle experiences a force, the centripetal force, then if that’s the only force acting on the object, this force must be equal to the object’s mass multiplied by its acceleration. but here’s something interesting about this newton’s second law equation. this is actually a vector equation.
Lesson Video Centripetal Force Nagwa The centripetal force in a given situation can be caused by gravity, tension force, spring force, friction, and the list goes on. the name “centripetal force” is the name we give to one of these physically caused forces, which happens to make an object move towards the center of a circular path. Assertion: when a body moves in a circle the work done by the centripetal force is always zero.reason: centripetal force is perpendicular to displacement at. 🌪️ what keeps a roller coaster on track or the planets in orbit? it's all about centripetal force! 🚗🌍 uncover the hidden force that governs circular motio. In this video i will tell you about the basics concepts of circular motion and centripetal force. subscribe the channel for more!.
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