These calculators can be used to generate data using **radius**, **tangential velocity** and **angular velocity**.

The definition of Angular Velocity used by these calculators may not be what you are used to. It is a distance over a time where that distance is curved. Not an angle over time as is commonly used. For more information please read Angular Velocity and Angular Momentum by Miles Mathis.

Calculate the **angular velocity** given the **radius** and **tangential velocity**.

ω = √[2r√[v^{2}+r^{2}]-2r^{2}]

Calculate the **tangential velocity** given the **radius** and **angular velocity**.

v = √[(ω^{4}/4r^{2})+ω^{2}]

Calculate the **radius** given the **tangential velocity** and **angular velocity**.

The value of **omega** must be less than the **velocity**.

r = √[ω^{4}/(4v^{2}-4ω^{2})]