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| (2) |
The Gradient of a function
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The Divergence of a Gradient is equal to the Laplacian
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| (5) |
The Laplacian of a vector function in spherical coordinates
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The Curl of a Gradient is identically zero
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| (7) |
Depending on the context the inert representations of these commands, obtained by prefixing the command's name with %, serve better the purpose of representing the mathematical objects
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The Curl of non-projected vector function (note the underscore in 'V_' to represent vectors)
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The Divergence of a Curl is identically zero
The Divergence and Curl of a projected vector function (projected vectors don't need an "arrow" - the underscore "_" mentioned in the previous example to be represented)
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| (13) |
| (14) |
| (15) |