Enter the mass, velocity, and radius into the calculator to determine the angular force acting on an object.

## Angular Force Formula

The following formula is used to calculate an angular force.

F = m*v^2 / r

- Where F is the force (N)
- m is the mass (kg)
- v is the velocity (m/s)
- r is the radius (m)

## Angular Force Definition

An angular force is the force required to keep a rotating object at a constant tangential velocity.

## Angular Force Example

How to calculate angular force?

**First, determine the mass.**Measure or calculate the mass of the object.

**Next, determine the radius**Measure the radius of rotation.

**Next, determine the velocity.**Calculate the tangential velocity.

**Finally, calculate the angular force.**Calculate angular force using the equation above.

## Is angular speed centripetal force?

No, angular speed is not centripetal force. A centripetal force is what causes an object to have an angular speed.

## FAQ

**What is an angular force?**

An angular force is a force that keeps a rotating object moving at a constant velocity in rotational motion.

## Related Terms

angular force calculator |

angular force formula |

angular force |

how to calculate angular force |

angular impulse |

torque and angular momentum |

angular impulse formula |

torque and angular velocity |

inertia torque |

centripetal acceleration formula angular velocity |

angular impulse equation |

newton’s second law for rotational motion |

torque angular velocity |

moment of inertia and angular velocity |

angular momentum torque |

torque in rotational motion |

torque and rotational motion |

dimensional formula of angular impulse |

centripetal force angular velocity |

centripetal force formula angular velocity |

centripetal force formula in terms of angular velocity |

angular friction |

inertia and torque |

newton’s second law rotational motion |

torque momentum |

centripetal force equation with angular velocity |

centrifugal force formula in terms of angular velocity |

torque in terms of angular momentum |

torque from angular velocity |

centripetal force in terms of angular velocity |

force and angular velocity |

centripetal force equation angular velocity |

centripetal force with angular velocity |

angular impulse and momentum |

momentum and torque |

si unit of angular impulse |

centripetal acceleration formula in terms of angular velocity |

rolling torque and angular momentum |

torque equation angular acceleration |

formula for centripetal acceleration in terms of angular velocity |

newton’s second law in angular form |

angular velocity and force |

torque to rotate a mass |

torque equation with angular velocity |

angular momentum and impulse |

force in terms of angular velocity |

torque angular velocity equation |

force from angular velocity |

angular impulse momentum |

angular centripetal force |

torque velocity equation |

force in angular motion |

centrifugal force angular velocity |

angular acceleration equation moment of inertia |

centripetal acceleration equation angular velocity |

angular momentum with torque |

angular centripetal acceleration formula |

centripetal force formula in terms of angular momentum |

angular velocity and centripetal force |

angular momentum and centripetal force |

torque related to angular velocity |

torque with angular velocity |

angular impulse and angular momentum |

angular torque calculator |

centripetal acceleration angular velocity formula |