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 po
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