This is the little-known part of the mathematical history of what we nowadays call the Laplace Transform method of solving differential equations. It is a purely mathematical development of Heaviside's operational methods of electric circuit analysis which requires of the reader a basic knowledge of differential equations, electric circuit theory, Laplace transforms, some vector analysis, as applied to electromagnetic theory, plus complex variables.I maintain that what we nowadays call the Laplace Transform method, ought to be rightly called the Heaviside Transform method, since much of its development was due to Heaviside.Note: an example of the computation of mutual energies is available from home.lizzy.com.au/jeremy.staines/U0r_T0r_example.pdf This was not included in books printed prior to December 2017.
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