How is it that the cross product of two vectors is always perpendicular to the given vectors?
121701
Meaning of the direction of the cross product
147111
Where is the Proof for the Sum-to-Product rule derrived from?
146339
Proof of -(-v)=v in a vector space
122623
Geometric intuition for the tensor product of vector spaces
123418
Laws of addition of Vectors
15199
What is the use of the Dot Product of two vectors?
28719
Question about Angle-Preserving Operators
117350
How to determine whether the direction of rotating a 2D vector to another one is counter-clockwise or clockwise using the cross product?
25335
Orthogonal matrix over cross product
42883
Cross product in $\mathbb R^n$
143923
Why can the cross product of two vectors be calculated as the determinant of a matrix?
141933
Wedge product and change of variables
19499
Why is cross product only defined in 3 and 7 dimensions?
24147
$AG,AF$ are perpendiculars to the internal bisectors $CG,BF$ and $GF$ extended intersects $AB,AC$ at $H,I$
65075
norm (x+y)= norm(x-y) implies x is perpendicular to y.
97668
Determining an unknown vector from its cross and dot product with known vector
115295
Why are the two dot product definitions equal?