Flux coordinates: Difference between revisions

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Line 17: Line 17:
\to
\to
\mathbf{e}_i\cdot\mathbf{e}^j  
\mathbf{e}_i\cdot\mathbf{e}^j  
= \delta_{i}^{j} \to \mathbf{e}_i  
= \delta_{i}^{j}~,
</math>
and therefore relates to the contravariant vectors as
:<math>
\mathbf{e}_i  
= \frac{\mathbf{e}^j\times\mathbf{e}^k}{\mathbf{e}^i\cdot\mathbf{e}^j\times\mathbf{e}^k}
= \frac{\mathbf{e}^j\times\mathbf{e}^k}{\mathbf{e}^i\cdot\mathbf{e}^j\times\mathbf{e}^k}
= \sqrt{g}\;\mathbf{e}^j\times\mathbf{e}^k ~,
= \sqrt{g}\;\mathbf{e}^j\times\mathbf{e}^k ~,
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