
Understanding rotation matrices - Mathematics Stack Exchange
In the image below the four finger tips that go straight into your palm always point along the direction of rotation (right hand rule): Once you pick one of the two hands stick with it and use …
Question on the right hand rule - Mathematics Stack Exchange
Dec 2, 2020 · If the perpendicular vector has a positive component, the plane's vector rotates clockwise, otherwise couter-clockwise, by the right hand rule. This applies just as well to the …
Why is cross product defined in the way that it is?
Sep 26, 2016 · The right-hand rule is a recently accepted universal convention, much like driving on the right-hand side of the road in North America. Until 1965, the Soviet Union used the left …
Can a purely mathematical version of the right hand rule be given?
Mar 24, 2023 · 0 The right hand rule is a common convention for describing orientation of coordinates, used throughout physics. It's also used in the definition of the cross product. Is it …
Proof of the cross product formula - Mathematics Stack Exchange
May 18, 2025 · Since the cross-product formula follows the right-hand rule for the basis vectors, all other vectors that are a linear combination of these will also follow the right-hand rule.
Fleming's "right-hand rule" and cross-product of two vectors
Fleming's "right-hand rule" and cross-product of two vectors Ask Question Asked 13 years, 8 months ago Modified 13 years, 8 months ago
Why is the vector chosen by the right hand rule? [duplicate]
Why is the vector chosen by the right hand rule? [duplicate] Ask Question Asked 12 years, 1 month ago Modified 11 years, 4 months ago
How do I prove that the cross product follows the right hand rule …
Mar 7, 2021 · That is, we assume that the magnitude of each coordinate of the cross-product is correct in the given formula, and we merely need to show that the sign is correct for the right …
Proof that vector product satisfies right-hand rule
May 19, 2018 · How do we prove that $\mathbf {u}$ satisfies the right-hand rule, while $\mathbf {v}$ satisfies the left-hand rule? (A similar question has been asked several times before: e.g. …
geometry - Why is the Right Hand Rule for the vector product …
If you read the Feynman Lectures in Physics you will discover that (a) for measurable physical processes you end up using the right-hand rule twice, so whether it is right-hand or left-hand is …