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Prove Green's reciprocation theorm: If p is the potential due to a volume charge density p within a volume V and a surface charge density a on the conducting surface S bounding the volume V, while ' is the potential for the same geometry but for a different p' and o', then vdsr ppIsda op' = /vd°r p'p + fsda o'p Hint: Consider Green's 2nd identity.

Prove Green's reciprocation theorm: If p is the potential due to a volume charge density p within a volume V and a surface charge density a on the conducting surface S bounding the volume V, while ' is the potential for the same geometry but for a different p' and o', then vdsr ppIsda op' = /vd°r p'p + fsda o'p Hint: Consider Green's 2nd identity.

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Prove Green's reciprocation theorm: If p is the potential due to a volume charge density p within a volume V and a surface charge density a on the conducting surface S bounding the volume V, while ' is the potential for the same geometry but for a different p' and o', then vdsr ppIsda op' = /vd°r p'p + fsda o'p Hint: Consider Green's 2nd identity.
Transcribed Image Text:Prove Green's reciprocation theorm: If p is the potential due to a volume charge density p within a volume V and a surface charge density a on the conducting surface S bounding the volume V, while ' is the potential for the same geometry but for a different p' and o', then vdsr ppIsda op' = /vd°r p'p + fsda o'p Hint: Consider Green's 2nd identity.
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