#[math] Can somebody please help me understand how to get from the matrix after finding the eigenvalu
11 messages · Page 1 of 1 (latest)
look at the top row
gives you -2jx-2y = 0, and so we get x-jy = 0 by multiplying by j then dividing by 2
then we have x = jy, so take y = 1 then we get x = j
so (j,1) is one specific eigenvector for the complex eigenvalue
you only need to look at one of the rows because I belive for complex eigenvalues it'll always give you the conjugate on the other
thank you very much, but could you do this question without multiplying the j, eg leaving it as x = y/j, so if y=j, x=1, so vector: (1,j)?