This process is quantified as "gamma squared over one plus gamma times a cross v over c squared" for charged relativistic objects on a curved path. This process corresponds to the "gamma times M of t cross B of t" term in the Bloch equation, an equation that describes an application of this process quantified by "eB over 2m." In NMR, this process is measured by the Larmor frequency. A simple example of this has a frequency of "mgr over omega times moment of inertia." This process causes a 26,000 year cycle in the Earth'
This process is quantified as "gamma squared over one plus gamma times a cross v over c squared" for charged relativistic objects on a curved path. This process corresponds to the "gamma times M of t cross B of t" term in the Bloch equation, an equation that describes an application of this process quantified by "eB over 2m." In NMR, this process is measured by the Larmor frequency. A simple example of this has a frequency of "mgr over omega times moment of inertia." This process causes a 26,000 year cycle in the Earth's equinoxes. This motion is seen in gyroscopes and spinning tops. For 10 points, name this phenomenon in which the axis of rotation of a rotating body shifts.
This process is quantified as "gamma squared over one plus gamma times a cross v over c squared" for charged relativistic objects on a curved path.
precession