3 The electrostatic potential generated by a distribution of electric charge in R with density p: R³ → R is defined to by p(x - y)®y. Р(х — у) d³y. 47|y| 6(x) Show that this integral is absolutely...


3<br>The electrostatic potential generated by a distribution of electric charge in R<br>with density p: R³ → R is defined to by<br>p(x - y)®y.<br>Р(х — у)<br>d³y.<br>47|y|<br>6(x)<br>Show that this integral is absolutely convergent if p is continuous and vanishes outside a<br>bounded set (that is, there is some bounded set S for which p(x) = 0 for all x ¢ S).<br>

Extracted text: 3 The electrostatic potential generated by a distribution of electric charge in R with density p: R³ → R is defined to by p(x - y)®y. Р(х — у) d³y. 47|y| 6(x) Show that this integral is absolutely convergent if p is continuous and vanishes outside a bounded set (that is, there is some bounded set S for which p(x) = 0 for all x ¢ S).

Jun 05, 2022
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