I have to prove that vectors in spherical coordinates are clockwise

AI Thread Summary
Vectors in spherical coordinates can be analyzed using the cross product to determine their orientation. The discussion highlights confusion regarding the right-handed orthonormal basis formed by the unit vectors, specifically whether it should be represented as ##\hat r, \hat \phi, \hat \theta## or ##\hat r, \hat \theta, \hat \phi##. An example calculation using the cross product is requested to clarify the concept. The conversation reflects a broader uncertainty about the meaning of "clockwise" in this context. Understanding the basis and the cross product is essential for proving the desired orientation of vectors in spherical coordinates.
Danielle46
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Homework Statement
I have to prove that vectors in spherical coordinates are clockwise.
Relevant Equations
see here: https://math.stackexchange.com/questions/243142/what-is-the-general-formula-for-calculating-dot-and-cross-products-in-spherical
I should use the cross product but I don´t know how. I tried to calculate it but it didn´t work out as expected. Please can you give me one example how to do it ?
 
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Danielle46 said:
Homework Statement:: I have to prove that vectors in spherical coordinates are clockwise.
I have to admit. I don't even know what this means.
 
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