I could use some help with the following...

On , consider the inner product given by . Apply the Gram-Schmidt procedure to the basis to produce an orthonormal basis of .

Printable View

- November 7th 2010, 12:32 PMzebra2147gram-schmidt procedure
I could use some help with the following...

On , consider the inner product given by . Apply the Gram-Schmidt procedure to the basis to produce an orthonormal basis of . - November 7th 2010, 01:09 PMHallsofIvy
- November 7th 2010, 02:33 PMzebra2147
Well, the way I understand it is that we are trying to find an orthonormal list of vectors in V. Here is the procedure that I believe is accurate...

where is the projection of onto . This process continues for all .

The length of vector 1 is 1.

And the inner product of 1 and x is just x I believe.