A direct current generator is constructed by having a metal car traveling around a set of perfectly conducting rails forming a large circle. The rails are L 10 cm apart and there is a uniform field B = 1.0 T normal to their plane. The car has a mass m = 1.0 kg; it is driven by a rocket engine having a constant thrust Fo = 100 N; and a resistor R = 10 N acts as an electrical load. Find the induced voltage as a function of time. Also. Find the value of the voltage after the generator has reached steady-state conditions.

A direct current generator is constructed by having a metal car traveling around a set of perfectly conducting rails forming a large circle. The rails are L 10 cm apart and there is a uniform field B = 1.0 T normal to their plane. The car has a mass m = 1.0 kg; it is driven by a rocket engine having a constant thrust Fo = 100 N; and a resistor R = 10 N acts as an electrical load. Find the induced voltage as a function of time. Also. Find the value of the voltage after the generator has reached steady-state conditions.