Radius of Inertial circle ( by Coriolis effect)
Description
In physics, the Coriolis effect is a deflection of moving objects when they are viewed in a rotating reference frame.
An air or water mass moving with speed v\, subject only to the Coriolis force travels in a circular trajectory called an 'inertial circle’. Since the force is directed at right angles to the motion of the particle, it will move with a constant speed around a circle.
Variables
| R | Radius of the circle (m) |
| V | Velocity of mass in the rotating system (m/s) |
| f | Coriolis parameter (hz) |