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| Thank you, that solved the problem. |
| That makes more sense now. Thank you! |
| That solved my problem, thank you! |
| Hi Ian, Thanks for helping out here. If you Eliminate all the indexed variables from the returned equations as Gianluca suggested, you'll get this equation: 81 r^4 s^6 - 30 r^2 s^8 + s^10 == 0, and solve for s will result in the following... |
| Exactly what I'm trying to do. Thanks much! |
| That solved my problem, thank you. Just curious, why doesn't "Formula" give the normalized form directly? Is there any use case for the unnormalized form? |
| I was solving a parallel RLC circuit with NDSolve, for some reason, it doesn't give a smooth curve. Any suggestions? Thank you! eqn = c v''[t] + v'[t]/r + v[t]/l == 128000 Cos[6400 t + Pi/2] /. {r -> 50, l -> 10, c -> 1/640}; ... |
| Solved the problem. Many thanks! |