Answer the following questions based on Figure 1. V 100 mH i = 0, i = 10te-5¹A, Figure 1 1 <0 1>0 a. Draw i,v, p and w v

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Answer the following questions based on Figure 1. V 100 mH i = 0, i = 10te-5¹A, Figure 1 1 <0 1>0 a. Draw i,v, p and w v

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Answer The Following Questions Based On Figure 1 V 100 Mh I 0 I 10te 5 A Figure 1 1 0 1 0 A Draw I V P And W V 1
Answer The Following Questions Based On Figure 1 V 100 Mh I 0 I 10te 5 A Figure 1 1 0 1 0 A Draw I V P And W V 1 (71.96 KiB) Viewed 17 times
Answer the following questions based on Figure 1. V 100 mH i = 0, i = 10te-5¹A, Figure 1 1 <0 1>0 a. Draw i,v, p and w versus time for circuit as shown in Figure 1. Line up the plots vertically to allow assessment of each variable's behaviour. b. In what time interval is energy being stored in the inductor? c. In what time interval is energy being extracted from the inductor? d. What is the maximum energy stored in the inductor? e. Why is there a sustained current in the inductor as the voltage approached zero?
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