In an inductor with L = 340. mH the current rises from zero up to a...

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In an inductor with L = 340. mH the current rises from zero up to a maximum of Io = 1.00 A in At = 6.00 ms. (a) Find the magnitude of the induced emf. O 29.5 V O 50.4 V O 16.4 V O 56.7 V O 141 V O 72.5 V O 45.9 V O 41.4 V O 63.5 V (b) At the maximum current Io = 1.00 A, how much energy is stored in the inductor? O 170. MJ O 638 mJ O 59.5 mJ O 76.5 m) O 199 m) 400. MJ O 150. mJ O 158 m) 536 mJ In an inductor with L = 340. mH the current rises from zero up to a maximum of Io = 1.00 A in At = 6.00 ms. (a) Find the magnitude of the induced emf. O 29.5 V O 50.4 V O 16.4 V O 56.7 V O 141 V O 72.5 V O 45.9 V O 41.4 V O 63.5 V (b) At the maximum current Io = 1.00 A, how much energy is stored in the inductor? O 170. MJ O 638 mJ O 59.5 mJ O 76.5 m) O 199 m) 400. MJ O 150. mJ O 158 m) 536 mJ

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a voltage across an inductor V V 4L dilt LA dt At A i ... View the full answer