3) Starting with the equation W = S (Ä. J) dv, derive the equation for energy in the mag- netic fields when magnetic matter is present W= Sall-space H · Bdv =5 Jal-space H?du. Compare with the equation in case of electric field when dielectrics are present.
3) Starting with the equation W = S (Ä. J) dv, derive the equation for energy in the mag- netic fields when magnetic matter is present W= Sall-space H · Bdv =5 Jal-space H?du. Compare with the equation in case of electric field when dielectrics are present.
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![3) Starting with the equation W = f (Ā -J) dv, derive the equation for energy in the mag-
netic fields when magnetic matter is present W = Sall-apece Ĥ · Bdv = 4 Sal-
H²dv.
all-space
Compare with the equation in case of electric field when dielectrics are present.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F06e9cf2e-851b-4dc5-9b25-160a0ee9894b%2F3f1f7b80-cac8-4156-ae17-1ac360dd6450%2Fjyeavw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3) Starting with the equation W = f (Ā -J) dv, derive the equation for energy in the mag-
netic fields when magnetic matter is present W = Sall-apece Ĥ · Bdv = 4 Sal-
H²dv.
all-space
Compare with the equation in case of electric field when dielectrics are present.
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