Let {v1,v2,···,vn}be a set of linearly dependent vectors in Rn. Show that there exists an n×n matrix A such that for any x∈Rn, j= 1,2,···n, we have [Ax]j=x·vj. Also, find a vector u∈Rn\C(A)
Let {v1,v2,···,vn}be a set of linearly dependent vectors in Rn. Show that there exists an n×n matrix A such that for any x∈Rn, j= 1,2,···n, we have [Ax]j=x·vj. Also, find a vector u∈Rn\C(A)
Let {v1,v2,···,vn}be a set of linearly dependent vectors in Rn. Show that there exists an n×n matrix A such that for any x∈Rn, j= 1,2,···n, we have [Ax]j=x·vj. Also, find a vector u∈Rn\C(A)
Let {v1,v2,···,vn}be a set of linearly dependent vectors in Rn. Show that there exists an n×n matrix A such that for any x∈Rn, j= 1,2,···n, we have [Ax]j=x·vj. Also, find a vector u∈Rn\C(A).
Quantities that have magnitude and direction but not position. Some examples of vectors are velocity, displacement, acceleration, and force. They are sometimes called Euclidean or spatial vectors.
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