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====== Stokes' Theorem ======

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===== In-class Content =====

FIXME May be some duplicate lectures here, plus it feels like we need an activity here.

  * Reading: GVC (ss) [[bb>book:math:stokes|Stokes' Theorem]]
  * Derivation of Stokes' Theorem (lecture).  We follow "div, grad, curl and all that", by Schey  
  * Stokes' Theorem (lecture) (//Math 3.12: Stokes' Theorem//)
  * Differential Form of Ampère's Law: Maxwell Eq. 2 & 4 $\Vec{\nabla~} \times \Vec{E} = 0$, $\Vec{\nabla~} \times \Vec{B} = \mu_0 \Vec{J}$(lecture) (//Physics 41: Differential Form of Ampère's Law//)


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