0 pts) For the negative unity feedback system where A compensation network is to be added requirements: +40 +9 added to the system to meet the following closed-loop the T, S 1 second (hint T,- a. Based on the requirements, where should the dominant poles be located on the s- located at-am ± plane? (hint: for a second order system the dominant poles are Jod) b. The closed-loop poles of the system are located at-1.25 ± J2.86 at a gain of K 102.47 to meet the = needed: lead, lag or lead-lag? Why? 0.4 requirement. What type of compensator is . c. Th e compensator designer has decided to place the zero of the compensator at e 4.5. What is the required angle of the compensator pole, Pe Where should the pole be located on the real axis? What is the transfer function of the compensator? d. e.

The drawing shows a top view of two circular coils of conducting wire lying on a flat surface. The centers of the coils coincide. In the larger coil there are a switch and a battery. The smaller coil contains no switch and no battery. Describe the induced current that appears in the smaller coil when the switch in the larger coil is closed. (a) It flows counterclockwise forever after the switch is closed. (b) It flows clockwise forever after the switch is closed. (c) It flows counterclockwise, but only for a short period just after the switch is closed. (d) It flows clockwise, but only for a short period just after the switch is closed.

The drawing shows a top view of two circular coils ofconducting wire lying on a flat surface. The centers of the coilscoincide. In the larger coil there are a switch and a battery. Thesmaller coil contains no switch and no battery. Describe theinduced current that appears in the smaller coil when the switch inthe larger coil is closed. (a) It flows counterclockwise forever after the switch isclosed. (b) It flows clockwise forever after the switch is closed. (c) It flows counterclockwise, but only for a short period justafter the switch is closed. (d) It flows clockwise, but only for a short period just after theswitch is closed.

A long, vertical, straight wire carries a current I which is directed upward. The wire is perpendicular to the plane of a circular metal loop and passes through the center of the loop. The loop is allowed to fall and maintains its orientation with respect to the straight wire while doing so. In what direction does the current induced in the loop flow? a) There is no induced current b) It is flowing around the loop in a counterclockwise motion. c) It is flowing in a clockwise motion.