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<p>some <a href="page.php?w=orientation_%28vector_space%29">orientable</a> manifold  is equal to the integral of its <a href="page.php?w=exterior_derivative">exterior derivative</a>  over the whole of , i.e.,</p>

<p>This powerful statement is a generalization of the gradient theorem from 1-forms defined on one-dimensional manifolds to differential forms defined on manifolds of arbitrary dimension.</p>

<p>The converse statement of the gradient theorem also has a powerful generalization in terms of differential forms on manifolds. In particular,</p><p>
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