Classical Mechanics2 options compared

Centrifugal Force Calculator

Calculates the centrifugal force acting on an object in circular motion, using inputs like mass, radius of rotation, and angular velocity. Helps users in physics, engineering, and related fields to understand and apply principles of classical mechanics in practical scenarios such as vehicle dynamics, amusement park rides, and more.

Rotational and periodic motion calculators
Editors’ Top PickBased on community votes
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Centrifugal Force Calculator options compared

ToolBest forStrengthsLimitations
Number Convert
numberconvert.com
Quick force calculation without signing up
  • No signup required
  • Shows centripetal acceleration alongside force
  • Ads on the page
  • Angular velocity required in radians per second only
Omni Calculator
omnicalculator.com
Using tangential velocity or angular velocity
  • Accepts tangential velocity in m/s
  • Shows acceleration and angular velocity outputs
  • 1 community vote suggests lower trust
  • Fewer unit options displayed in excerpt

Buyer's guide

How to choose a centrifugal force calculator

When picking a centrifugal force calculator, the key decision is whether you have angular velocity (radians per second) or tangential velocity (meters per second). If you know the rotation speed in RPM or meters per second, Omni Calculator handles the conversion automatically. If you only have mass, radius, and angular velocity and want a no-signup result quickly, Number Convert will give you the force value without creating an account.

Questions

Centrifugal Force Calculator FAQ

Can I use this calculator if I only know the rotation speed in RPM?
Check whether the tool accepts tangential velocity in meters per second. If you have the linear speed at the edge of the circle, you can enter that directly and the calculator will derive the force from mass and radius.
Does the calculator give results in newtons?
The force is displayed in newtons based on the input units. If you enter mass in kilograms, radius in meters, and angular velocity in radians per second, the result will be in newtons.
Is the centrifugal force the same as centripetal force?
They represent the same physical interaction from different perspectives. The calculator computes the magnitude using Fc = mω²r, which is the same value whether you call it centrifugal or centripetal.
What if I don't know the mass of the object?
Mass is required for the standard formula. If you have the object's weight, convert it to mass by dividing by 9.81 m/s² (Earth's gravity).
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