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<!--caligraphie de l'intégrale double curviligne--> |
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$`\def\oiint{\displaystyle\mathop{{\iint}\mkern-18mu \scriptsize \bigcirc}}`$ |
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$`\def\Ltau{\Large{\tau}\normalsize}`$ |
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$`\def\Sopen{\mathscr{S}_{\smile}}`$ |
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$`\def\Sclosed{\mathscr{S}_{\displaystyle\tiny\bigcirc}}`$ |
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$`\def\Ssclosed{\mathscr{S}_{\scriptsize\bigcirc}}`$ |
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$`\def\PSopen{\mathscr{S}_{\smile}}`$ |
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$`\def\PSclosed{\mathscr{S}_{\displaystyle\tiny\bigcirc}}`$ |
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!!!! *LESSON UNDER CONSTRUCTION :* <br> |
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!!!! *Not published, not visible, not yet approved*<br> |
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!!!! Working document intended only for the pedagogical team. |
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! *Topic* :<br> |
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! *Electrostatics / Demonstration of the Gauss's theorem, integral and local form.*<br> |
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! Starting point to establish the 3 parts: main, overview, beyond <br> |
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! |
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! (_precedes the topic: Electrostatics: Application of Gauss's theorem, integral form and local form._) |