Sorry, Jeremy. Good suggestion!
s1, s2, q_dp1, q_dp2 = sym.symbols('s_1, s_2, Q_dp_1, Q_dp_2')
eq1 = equ1.subs({ s: s1 }) - q_dp1
md( "$" + sym.latex(eq1) + " = 0$\n" )
eq2 = equ1.subs({ s: s2 }) - q_dp2
md( "$" + sym.latex(eq2) + " = 0$\n" )
soln = sym.solve([eq1, eq2], q1, q2)
print(f"soln = {soln}")
I'll set simplify to False and see how it goes ...
On Thursday, August 4, 2022 at 8:18:00 PM UTC-7 Kevin Pauba wrote:
> I've attached a portion of a jupyter notebook. I'm attempting to solve a
> simultaneous equation using sympy. The sym.solve() in the green input box
> doesn't return (well, I waited over night on my macbook pro). Might the
> solution be intractable? Is there another way to get a solution? Any help
> is greatly appreciated.
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