The following Bode's diagram corresponds to a mechanical lung simulator designed for development and training, which represents the characteristics of a real lung. Bode Diagram 50 ol Magnitude (dB) -50F -1004 10 109 10 Frequency (rad/min) Bode Diagram -90% Phase (deg) -180F & -270 -360L 10 10 109 Frequency (rad/min) a. Deduce by observation the order of the transfer function of the simulator system and the approximate bandwidth b. Find the system transfer function c. If the usual frequency range of a lung is 6 to 180 rad / min (1 to 30 rpm), explain if the simulator meets this requirement. Also, indicate how the system will work at 180 rad / min The following Bode's diagram corresponds to a mechanical lung simulator designed for development and training, which represents the characteristics of a real lung. Bode Diagram 50 ol Magnitude (dB) -50F -1004 10 109 10 Frequency (rad/min) Bode Diagram -90% Phase (deg) -180F & -270 -360L 10 10 109 Frequency (rad/min) a. Deduce by observation the order of the transfer function of the simulator system and the approximate bandwidth b. Find the system transfer function c. If the usual frequency range of a lung is 6 to 180 rad / min (1 to 30 rpm), explain if the simulator meets this requirement. Also, indicate how the system will work at 180 rad / min