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P3. Faradays' and Lenz's Laws (30%) A square single coil with length of 1 m, and total resistance of 5 ohm moves into a uniform magnetic field with a constant velocity of 100 m/s. Find: a) Emf generated at time t, as shown in Fig. 3a. Ans. 50 V b) Induced current at time t, in the coil. Ans. 10 A Direction : (Indicate it on the diagram) c) Total magnetic force (magnitude only) exerted on the coil at time (). Ans. 5N d) Total magnetic force exerted on the coil at time to as shown in Fig. 3b. Ans. 0 c) Induced emf at time to (Fig. 3c). Ans. 50 V f) Total magnetic force exerted on the coil at time by. Value: 5N Direction: (Indicate it on the diagram) Fig. 3a, t = t Fig. 3b, t = 12 Fig. 3c, t = ( B = 0.5T B.05T X X XXXXXX X X X X 1 X X X (XXX P4. a.c. circuit (30%) .RTI Find Show Transcribed Text pointing down. I just need to know how you get the direction for magnetic force at 13 using the right hand rule. I used the rhr and force is thank you