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A task related to cross or triple vector product in 3D-space.
Example. Vectors and
are given. Find the third vector
, so that {
,
,
} form an orthogonal basis in
. Normalize the vectors
,
,
and get the orthonormal basis {
,
,
}.
Example. Use cross product to find the sine between vectors u=(1;2;3) and v=(3;2;1).
Example. Find the volume of parallelepiped with sides u, v, w:
u = (1;4;2), v = (3;2;1), w = (-2;4;6)
Example. Use cross product to find a general equation of the plane that passes through the straight lines:
and
. Here a,b,c – some constants.
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