This simply permits one to assume that the magnetostatic equations will yield approximately correct values provided the v/c fraction remains small.

It is a grand experiment in any case, and I want to know what the equation will yield.

We can compare what these equations yield to real objects.

For the case the equation yields a Gaussian transverse distribution.

When solved, the equation yields the values of all the unknown fluxes (contained in V).

Developing the virial equation yields the pressure equation of state:

The equation yields the surface averaged Nusselt number, which is used to determine the average convective heat transfer coefficient.

Combining the two previous equations yields an alternative description of the energy stored in the crane structure:

Upon linearization, the primitive equations yield the following dispersion relation:

The combined equations of general relativity and quantum mechanics yield similar problems.