Starting from Maxwell's equations V x V × A = V(V· A) – V²A in a vacuum, use the identity and show that the electric and magnetic fields satisfy both the equation of a wave and obtain the speed of that wave in the MKS system.
Starting from Maxwell's equations V x V × A = V(V· A) – V²A in a vacuum, use the identity and show that the electric and magnetic fields satisfy both the equation of a wave and obtain the speed of that wave in the MKS system.
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Transcribed Image Text:Starting from Maxwell's equations
V × V × A = V(V· A) – V²A
|
in a
vacuum, use the identity and show that the
electric and magnetic fields satisfy both the
equation of a wave and obtain the speed of
that wave in the MKS system.
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