E -00000 lllll L2 By Kirchhoff's first law we have the following relationship between it, 12, and Iz. By applying Kirchh

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E 00000 Lllll L2 By Kirchhoff S First Law We Have The Following Relationship Between It 12 And Iz By Applying Kirchh 1 (62.13 KiB) Viewed 57 times

E -00000 lllll L2 By Kirchhoff's first law we have the following relationship between it, 12, and Iz. By applying Kirchhoff's second law to the li, ly loop, we obtain the following. E() - R 4 + L 2 By applying Kirchhoff's second law to the insloop, we obtain the following. 1 E(t) - R 15 Writing 11 in terms of iz and Iz and rearranging terms, one obtains the given system. (b) Solve the system in part (a) if R = 10 , 41 -0.0125 h, 12 = 0.02 h. E - 200 V, f(0) = 0, and 13(0) = 0. 50 1200) - 5 (1-2–12001) x X 3(0) 2000 13 -0506) e X (c) Determine the current , (). 44(E) - 40(1-10e 0507) X Need Help? Road