Find the Poisson's and Laplace's equation !! (2.3.3) V²V=_P (2.24) €0 This is known as Poisson's equation. In regions where there is no charge, so p = 0, Poisson's equation reduces to Laplace's equation, V²V = 0. (2.25)
Find the Poisson's and Laplace's equation !! (2.3.3) V²V=_P (2.24) €0 This is known as Poisson's equation. In regions where there is no charge, so p = 0, Poisson's equation reduces to Laplace's equation, V²V = 0. (2.25)
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
Transcribed Image Text:Find the Poisson's and Laplace's equation !! (2.3.3)
V²V=-P
(2.24)
€0
This is known as Poisson's equation. In regions where there is no charge, so
p = 0, Poisson's equation reduces to Laplace's equation,
V²V = 0.
(2.25)
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