gain01
- 7
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Hi,
I need help finding the solution to the homogenous BVP. Normally I could do this but I'm lost on this one. \frac{d^2}{dt^2}x(t)+\int^{\pi}_{-\pi}\sin(t-s)x(s)ds=0. I'm hoping the only solution is the zero solution. If not, I need to know a method to find all solutions. I thought about using the Neumann series but the \frac{d^2}{dt^2}x(t) is messing me up. I don't know what to do. Any help will be appreciated
I need help finding the solution to the homogenous BVP. Normally I could do this but I'm lost on this one. \frac{d^2}{dt^2}x(t)+\int^{\pi}_{-\pi}\sin(t-s)x(s)ds=0. I'm hoping the only solution is the zero solution. If not, I need to know a method to find all solutions. I thought about using the Neumann series but the \frac{d^2}{dt^2}x(t) is messing me up. I don't know what to do. Any help will be appreciated