What Are General Linear Transformations of p Vectors from R(n) to R(m)?

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Discussion Overview

The discussion revolves around the concept of general linear transformations of a specified number of vectors from R(n) to R(m). Participants explore how to express these transformations as matrix-vector products, while clarifying terminology and intent behind the question.

Discussion Character

  • Exploratory, Technical explanation, Debate/contested

Main Points Raised

  • One participant requests a general linear transformation of p vectors in R(n) to R(m), expressed as a matrix-vector product.
  • Another participant seeks clarification on what is meant by "p vectors," questioning the significance of the number p in the context of the transformation.
  • A third participant interprets the question as asking for a matrix that incorporates the vectors v_1 to v_p as column vectors, suggesting a need for clarity on the transformation's purpose.
  • Further clarification is provided that the transformation involves applying a general linear transformation to the specified vectors in R(n) and representing the result in R(m).
  • One participant expresses frustration with the ambiguity of the original question, indicating a lack of interest in guessing the intent behind it.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the clarity of the original question, with some expressing confusion and others attempting to clarify the intent. Multiple interpretations of the problem remain unresolved.

Contextual Notes

The discussion highlights limitations in the phrasing of the problem, particularly regarding the role of the number p and the specifics of the transformation being requested.

vish22
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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 let's 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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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)
 
Your problem is not worded properly. So we have [itex]v_1, \ldots, v_p \in \mathbb{R}^n[/itex] and you want a matrix that does what?

I really don't understand the point of the p. Do you want a matrix with [itex]v_i[/itex] 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!
 
I don't consider trying to guess what you mean to be "fun".
 

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