# Centrifugal Acceleration Calculator

## About Centrifugal Acceleration Calculator (Formula)

The Centrifugal Acceleration Calculator is a tool used to compute the acceleration experienced by an object rotating in a circular path. This acceleration is also known as centripetal acceleration. The formula for calculating centrifugal acceleration is as follows:

Centrifugal Acceleration = (Velocity^2) / Radius

Where:

• Centrifugal Acceleration: The acceleration experienced by an object undergoing circular motion.

Velocity: The tangential velocity of the object as it moves in the circular path.

• Radius: The radius of the circular path in which the object is moving.

Centrifugal acceleration points outward from the center of the circle and is responsible for keeping the object in its circular path. It’s important to understand that centrifugal acceleration is a “fictitious” or “pseudo” acceleration, as it is perceived by observers in the rotating frame of reference. In a non-inertial frame, such as a rotating platform, objects appear to experience a force pulling them away from the center, even though no actual force is acting.

This calculation is crucial in various fields, including physics, engineering, and mechanics, where objects undergo circular or rotational motion. Centrifugal acceleration is also relevant in designing structures and machines that experience rotational forces, like centrifuges and roller coasters.

The Centrifugal Acceleration Calculator helps in quickly estimating the acceleration due to circular motion, aiding in the design and analysis of rotating systems.