3.2) Employ Maxwell's equations to demonstrate that: 1 pE + J × B = £o ((V · E)E + (E · V)E — — V(E · E)) + 1/ ((V Ho ə (V · B)B + (B · V)B — — V(B · B) - 12V(B-B)) - 40 (EXB) at
3.2) Employ Maxwell's equations to demonstrate that: 1 pE + J × B = £o ((V · E)E + (E · V)E — — V(E · E)) + 1/ ((V Ho ə (V · B)B + (B · V)B — — V(B · B) - 12V(B-B)) - 40 (EXB) at
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![3.2) Employ Maxwell's equations to demonstrate that:
pE + J × B = £o ((V · E)E + (E · V)E — — V(E - E)) + 1/
-
((D.
(V. B)B + (BV)B
V(B-B))
ə
- 80 (E X B)
at](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc5779d6d-aa05-4ad7-80c7-ed0d0a2afe0f%2F05e9a4fb-d12c-4b45-b9f8-b3b8fbd37117%2F1ngqp4_processed.png&w=3840&q=75)
Transcribed Image Text:3.2) Employ Maxwell's equations to demonstrate that:
pE + J × B = £o ((V · E)E + (E · V)E — — V(E - E)) + 1/
-
((D.
(V. B)B + (BV)B
V(B-B))
ə
- 80 (E X B)
at
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