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New Member
frank
Join Date: Feb 2017
Posts: 8
Rep Power: 10 ![]() |
I have a system which I solved with newtons iteration, and I have to add an additional unknown to the system. The system is the following :
![]() I broke it up into a system of 3 equations: ![]() ![]() ![]() m is a constant; I set manually set m. Unknowns are f, Fp, Fpp. The equations are approximated with taylor's approximations, and G(x)=0 is the sum of these 3 equations at 1000 grid points + 3 initial conditions. Currently, , and I use newtons iteration to solve for X such that G(X)=0This problem I am trying to solve is this, I am given this information : ![]() ![]() ![]() I am told that I have to take a given H, and use newtons iteration to find m, the constant which I was setting manually before. I want to know, if I change X to and then add to G(x), ,will this be enough for newtons method to solve for m? Or do I have to do something else?
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