## 20 Reputation

10 years, 257 days

Thanks

## @Carl Love  This is true. But in or...

This is true. But in order to find the coefficients I need to know the values of x[1]...x[60]. Simply substituting the functions for the coefficients into the equations and then treating them as non-linear equations does not work.

## Clarification...

I'm not sure that would work. My original post may have been unclear, I have edited it to try and explain better. I know what my coefficients are, and I know what they are in terms of x[1]..x[60]. So for example a=x[1]/x[6]. I need to solve the equations to find my x[1]...x[60] and then use these values to find my coefficients.

## @Kitonum  But then how do I solve t...

But then how do I solve the matrix? It is too large to solve symbolically. I want to solve for x1...x60 in terms of a,b,c,d and then use the solution to find a,b,c,d.

## @Carl Love  Sorry, I should have be...

Sorry, I should have been more clear a,b,c,d are functions of x1...x60

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