This is a high-tech version -- and much nicer and more complete -- than my
tattered CRC math handbook with little post-its and inline penciled notes
providing some of the finer points which, as you note, are sometimes
glossed over or separated from a function of interest.
On Tuesday, June 4, 20
As Oscar said, the equation is essentially a quartic with symbolic
coefficients for which it is not possible to write a single generally valid
solution (since the solutions depend on the relationship between the
coefficients);
eq = Eq(omega_nf, C0 + C1*omega**2 + C2*omega**4 + C3*omega**6 + C4*
With check=False I get the solutions
```
>>> solve(omega_nf-942.5,check=False)
[-0.00027375075000, 0.00235331614197392]
```
And bisect agrees with positive root
```
>>> nsolve(omega_nf-942.5,(.002,.003),solver='bisect')
0.00235331614197390
```
On Wednesday, June 5, 2019 at 4:20:27 PM UTC-5, A
