![]() ![]() Que: What is the centripetal acceleration of a 200 kg vehicle taking a U-turn about a circle whose diameter is 50 m? The force acting on the vehicle is 500 N.Īns: The radius of the circle can be found by dividing the diameter by 2, as the radius is half of the diameter. ![]() This means that other information like centripetal force, the mass of the object, and radius of the object must be specified in the problem, with the help of which one can find the velocity of the object and then insert it into the formula for centripetal acceleration to obtain the final answer. The formula for centripetal force is given as: F c = mv 2/rĪs in this section, one needs to find the centripetal acceleration without velocity, assuming that the velocity is not provided in the question. One such method is finding the centripetal force, though there are a few values that one must have beforehand in order to find any value. There are various different ways to find the centripetal acceleration without complete information, depending on what type of information is provided. How To Find Centripetal Acceleration Without Velocity The formula for centripetal acceleration is given as: a c = v 2/r ![]() In this article, we shall try to find out how to find centripetal acceleration with or without the help of some quantities. The force that tries to attract the object in a circular motion towards the center is known as the centripetal force, and thus, the centripetal acceleration is the acceleration that acts in it.Īs centripetal acceleration consists of both magnitude and direction, it is a vector quantity. When an object is moving in a circular motion, a force will tend to pull the object towards the center. ![]()
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