2. Prove that in Electrodynamics charge remains conserved for a given volume of charges; also show that Newton's 3" Law is not valid in Electrodynamics.

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Subject :     Electrodynamics
Book :        Introduction to Electrodynamics by"J. Griffiths". 4 edition. Please explain the below question.

2. Prove that in Electrodynamics charge remains conserved for a given volume of charges;
also show that Newton's 3" Law is not valid in Electrodynamics.
Transcribed Image Text:2. Prove that in Electrodynamics charge remains conserved for a given volume of charges; also show that Newton's 3" Law is not valid in Electrodynamics.
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