220205 Messages 3 Reaction score 0 Thread starter Mar 28, 2011 #1 Homework Statement Find the eigenvalues and a corresponding system of eigenvectors of the operator Af(x) := Integration from 0 to 1 K(x; y)f(y) dy where K(x; y) = cos (2pi(x - y))
Homework Statement Find the eigenvalues and a corresponding system of eigenvectors of the operator Af(x) := Integration from 0 to 1 K(x; y)f(y) dy where K(x; y) = cos (2pi(x - y))
lanedance Homework Helper Messages 3,304 Reaction score 2 Mar 28, 2011 #2 so you want [tex]Af(x) = \int_0^1 dy \ cos (2 \pi(x - y)) f(y) = \lambda f(x)[/tex] what ideas do you have for finding the functions
so you want [tex]Af(x) = \int_0^1 dy \ cos (2 \pi(x - y)) f(y) = \lambda f(x)[/tex] what ideas do you have for finding the functions
hunt_mat Homework Helper Messages 1,818 Reaction score 33 Mar 28, 2011 #3 I'm thinking differentiate w.r.t x twice, this should turn it into a differential equation.