about the base vector Clause

Hi ! ,

i'm a student and i from Turkey.. I'm doing my homework (linear algebra ) and i did not some questions.

For example : "a = [1,3;1,-1]' Which is to sentence the base vector for R2(the square) ?

How i do ? Please Help me this. Thank you

[Walter Roberson]

Are you referring to "eigenvector" ?

[alper]

please look up " http://ltcconline.net/greenl/courses/203/Vectors/basisDimension.htm " i want to this

Answer 1

[Walter Roberson]

This seems to be a mathematics theory question rather than a MATLAB question.

You appear to be asking how to find the basis vector for something. There is not just one unique set of basis vectors for a space.

For example, [1 0 0], [0 1 0], [0 0 1] is one basis set for R3, but so is [1 0 0], [0 1 0], [0 0 k] for all constants k that are real valued and non-zero. There is an infinite number of solutions, so you cannot numerically solve to find all basis sets for R3 (not in any finite time period.)

Answer 2

[alper]

But how i do ? First i do one basis after ?

[Walter Roberson]

This is a question in linear algebra, not a question in MATLAB. Please refer to linear algebra reference material.

[alper]

hmm thank you , have you any knowledge about matlab ? if you have it , you'll share with you rsrss :)

again thank you dear

[Walter Roberson]

http://www.mathworks.com/matlabcentral/answers/8026-best-way-s-to-master-matlab

[Walter Roberson]

The link above is a listing of places to learn about MATLAB, not a topic to ask a specific MATLAB question in. I have removed your question there. It was:

"Which of the following sentences in vector R (square) for the soleplate? A = [1.3, 1, -1] 'on how to complete MATLAB"

I do not know what you mean by "soleplate", or what you mean by "sentences" in that context?

[alper]

soleplate : vector basis .Sorry for this i have learned english..

[Walter Roberson]

The only MATLAB tools appears to be part of the Symbolic Toolbox

http://www.mathworks.com/help/toolbox/mupad/linalg/basis.html

These tools require that you provide a set of spanning vectors. Creating the spanning vectors is your real problem: once you have spanning vectors the transformation is routine.

There are an infinite number of spanning vectors. MATLAB does not have any tools to choose spanning vectors for you. Not unless you want to use rand() to create random vectors and check to see whether the random choices work.

[alper]

Really thank you !!