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| I am not sure about how I can explain this problem clearly. Nevertheless, let me try it. And it's bit lengthy: I need to solve a sixth order equation given by the expression: $$1 + {\frac{2\kappa-1}{2\kappa-3}\frac{Nezero}{k^2}} +... |
| Thanks a lot Patrick Scheibe. And sorry for delay in replying... |
| Thanks Sander Huisman and George Woodrow III for that answer. I can understand that if variables is starting with number, then it cannot be evaluated. But in my case, it is getting evaluated! sreeraj t |
| There is a equation which goes like: $$\sum_{n=-\infty}^{\infty}I_n(x)e^{-x}=1$$ where $I_n(x)$ is the Modifed bessel function of first order and $e^{-x}$ is the exponential function.This is a well know relation, which hold good for any value... |
| Thanks for the reply.. And sorry for the delay.. |