... (18 .1. 2) to equation (18 .1. 1), we getf(t)=λNj =1 wjK(t, sj)f(sj)+g(t) (18 .1. 3)Evaluate equation (18 .1. 3) at the quadrature points:f(ti)=λNj =1 wjK(ti,sj)f(sj)+g(ti) (18 .1. 4)Let ... [4]Smithies, F. 19 58, Integral Equations (Cambridge, U.K.: Cambridge University Press).Kanwal, R.P. 19 71, Linear Integral Equations (New York: Academic Press).Green, C.D. 19 69, Integral Equation ... set λ =1/ σ and g =0, then equation (18 .1. 6) becomes a standard eigenvalue equationK ·f = σf (18 .1. 7)which we can solve with any convenient matrix eigenvalue routine (see Chapter 11 ). Note...