![For vectors A and B, why is (A dot nabla)B treated differently from A(nabla dot B) in vector calculus identities? - Mathematics Stack Exchange For vectors A and B, why is (A dot nabla)B treated differently from A(nabla dot B) in vector calculus identities? - Mathematics Stack Exchange](https://i.stack.imgur.com/2qiBI.png)
For vectors A and B, why is (A dot nabla)B treated differently from A(nabla dot B) in vector calculus identities? - Mathematics Stack Exchange
![SOLVED: Relations between divergence, curl and gradient. Recall that the cross product of two vectors a and b is the vector given by the determinant (Look up the rule for how to SOLVED: Relations between divergence, curl and gradient. Recall that the cross product of two vectors a and b is the vector given by the determinant (Look up the rule for how to](https://cdn.numerade.com/previews/22d9e312-e200-47e7-9cd5-c5a58f008e16_large.jpg)
SOLVED: Relations between divergence, curl and gradient. Recall that the cross product of two vectors a and b is the vector given by the determinant (Look up the rule for how to
![linear algebra - Taking the cross product of a cross product? Proving an identity that involves gradients and vectors? - Mathematics Stack Exchange linear algebra - Taking the cross product of a cross product? Proving an identity that involves gradients and vectors? - Mathematics Stack Exchange](https://i.stack.imgur.com/SEXxY.png)