1. (a) Write down the integral form of the four Maxwell equations relating fields, charges and currents in the absence o

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1 A Write Down The Integral Form Of The Four Maxwell Equations Relating Fields Charges And Currents In The Absence O 1 (45.7 KiB) Viewed 75 times

1. (a) Write down the integral form of the four Maxwell equations relating fields, charges and currents in the absence of media (that is, the microscopic or general form). Explain briefly the meaning of the various quantities and mathematical symbols. (b) With the help of diagrams, equations and vector notation, provide the ar- guments that show how Gauss' Law may be generalised for surfaces other than spherical shells. (c) With the help of diagrams, equations and vector notation, provide arguments that show how Gauss' Law may be generalised for systems of multiple dis- tributed charges. (d) Use Ampere's Law to explain the need for Maxwell's displacement current correction term and derive the correction term.