In many practical applications power Converters are designed to work in a desired operation point depending on the needs of the appliance. The ability of the system to work in that point is related to a correct dynamic analysis that eventually leads to de design of a proper control strategy. Linear model approximations are an option to design control loops, but using this kind of models the nonlinear dynamics are neglected. In this paper we propose to study a boost-flyback converter by means of the numerical analysis of the converter hybrid model. The bifurcations diagrams show that the converter exhibits coexistence of solutions when varying the coupling coefficient of the inductors. Four different coexistence scenarios are reported, including period-1, period-2 and chaotic solutions. Results for two cases of study are experimentally validated.