Dot Product
... – The unit vector that points along the y axis is denoted j^ – The unit vector that points along the z axis is denoted ^ ...
... – The unit vector that points along the y axis is denoted j^ – The unit vector that points along the z axis is denoted ^ ...
VECTOR SPACES
... The Vector Space is a generalisation of the better known vectors in R 2 and R 3 . However, functions have many properties which are very similar to those of vectors. Differentiation of functions fits neatly into vector space theory and so opens up the prospect of using vector space techniques in the ...
... The Vector Space is a generalisation of the better known vectors in R 2 and R 3 . However, functions have many properties which are very similar to those of vectors. Differentiation of functions fits neatly into vector space theory and so opens up the prospect of using vector space techniques in the ...
Section 3.3 Vectors in the Plane
... Vector v in the plane The set of all directed line segments that are equivalent to given directed line segment PQ, written v = PQ. Standard position The representative of a set of equivalent directed line segments whose initial point is the origin. Zero vector A vector whose initial point and termin ...
... Vector v in the plane The set of all directed line segments that are equivalent to given directed line segment PQ, written v = PQ. Standard position The representative of a set of equivalent directed line segments whose initial point is the origin. Zero vector A vector whose initial point and termin ...
