A=29 B=39 C=139 D=12 A= B= C=_ D= Will be graded: 1. a. If a South pole moves toward the loop in the plane of the page, in what direction is the induced current? (10 points) b. If a coil is expanding in a magnetic field pointing out from the page, in what direction is the induced current? (10 points) A wire loop is being pulled towards a current-carrying wire. What is the direction of the induced current in the loop? (20 points) d. To make the rod move to the right at speed v, you need to apply an external force on the rod to the right. If 1= B cm, B filed is D/50 T, v= B/5 m/s and R= D 2. Determine the current I and the direction? (35 points) Do for practice and earn (25 points) for completion: 2. If a South pole moves toward the loop from above the page, in what direction is the induced current? b. If a North pole moves toward the loop in the plane of the page, in what direction is the induced current? C. A wire loop is being pulled to the left through a uniform outward magnetic field. What is the direction of the induced current? d. A wire loop is being pulled to the right through a uniform outward magnetic field that suddenly ends. What is the direction of the induced current? e. If a coil is expanding in a magnetic field pointing out from the page, in what direction is the induced current? f. A wire loop is being pulled towards a current-carrying wire. What is the direction of the induced current in the loop? Dr. Hetti PHY 156 3. To make the rod move to the right at speed v, you need to apply an external force on the rod to the right. If 1= B cm, B filed is D/50 T, O v= B/5 m/s and R= C/10 92. O (a) Explain and determine the current I? (b) determine the magnitude of the required force. (c) What external power is needed to move the rod? O A C number of loop square coil of wire, with side length B/5 cm and total resistance C 2, is positioned perpendicular to a uniform D/100 T XXXXXXXXX