## Just for fun..

Ok just for fun,could someone please give a general linear transformation of p vectors in R(n) to R(m),by expressing the transformation as a Matrix vector product of lets say n vectors in R(m).p vectors in R(n).I've already done it for fun but I'd like to see how you guys go about it..
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 Recognitions: Gold Member Science Advisor Staff Emeritus When you say "a general linear transformation of p vectors", what do you mean by "p vectors"?
 as in "p" no. of vectors in R(n)

## Just for fun..

Your problem is not worded properly. So we have $v_1, \ldots, v_p \in \mathbb{R}^n$ and you want a matrix that does what?

I really don't understand the point of the p. Do you want a matrix with $v_i$ as column vectors, and apply a GLT to the resulting matrix?
 yea,the 1st part is right.. v1,v2...vp vectors in N-space-a GLT of these vectors expressed as a product with N vectors (represented in a matrix ofc) in M-space!
 Recognitions: Gold Member Science Advisor Staff Emeritus I don't consider trying to guess what you mean to be "fun".