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- K_eqs = {i_C[t] - i_L[t] == 0, i_L[t] - i_R[t] == 0, -u[t] + u_C[t] + u_L[t] == 0};
- B_eqs = {u_C'[t] == 1/Cap * i_C[t], i_L'[t] == 1/Ind * u_L[t], i_R[t] == 1/R *y[t]};
- Solve[K_eqs, i_L[t]];
- Solve::naqs: K_eqs is not a quantified system of equations and inequalities.
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