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<p>write</p>

<p>where</p>

<p>Note that the vector potential is replaced by a rank- tensor in  dimensions.</p>

<p>Because  is a function of only , one can replace , giving</p>

<p><a href="page.php?w=Integration_by_parts">Integration by parts</a> can then be used to give</p>

<p>where  is the boundary of . These expressions are analogous to those given above for three-dimensional space.</p>

<p>For a further generalization to manifolds, see the discussion of <a href="page.php?w=Hodge_decomposition">Hodge decomposition</a> below.</p>

<p><big> Differential forms </big></p><p>
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