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Prove the following uniqueness theorem: A volume V
Chapter 4, Problem 38P(choose chapter or problem)
Problem 38P
Prove the following uniqueness theorem: A volume V contains a specified free charge distribution, and various pieces of linear dielectric material, with the susceptibility of each one given. If the potential is specified on the boundaries S of V (V = 0 at infinity would be suitable) then the potential throughout V is uniquely determined. [Hint: Integrate ∇ · (V3D3) over V.]
Questions & Answers
QUESTION:
Problem 38P
Prove the following uniqueness theorem: A volume V contains a specified free charge distribution, and various pieces of linear dielectric material, with the susceptibility of each one given. If the potential is specified on the boundaries S of V (V = 0 at infinity would be suitable) then the potential throughout V is uniquely determined. [Hint: Integrate ∇ · (V3D3) over V.]
ANSWER:
Solution 38P:
Step 1 of 5:-
Here we need to prove the uniqueness theorem for the given system.
The volume contains a specified free charge distribution and various pieces of linear dielectric materials, with the susceptibility of each one given.
The potential is given at the boundaries.