on 5 For the circuit shown in the figure, the Nodal Equation for node 2 is:...

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on 5 For the circuit shown in the figure, the Nodal Equation for node 2 is: red 2 A d out of e question ww 50 2 82 ww ЗА 10 2 1A 4 A Select one: O a 8v, – 53v2 + 5v3 – 40v4 = 120 O b. 8v, – 53vą + 5v3 + 40v, = -120 O c. 8v, – 14v2 – 5v3 + v4 = 120 O d. 8v, + 53v2 - 5v3 + 40v, = 80 %3D O e. -8v, + 53v2 - 5v3 – 40v4 + 120 = 0 ww en 6 An inductor of 25 mH has a voltage across it of 6et* v. Its current at time 0 is i(0) = 10 A. Calculate its current att= 100 ms. -12t et red Select one: d out of O a. 14 A O b. 10 A g question O c. 16 A O d. 24 A O e. 37 A on 5 For the circuit shown in the figure, the Nodal Equation for node 2 is: red 2 A d out of e question ww 50 2 82 ww ЗА 10 2 1A 4 A Select one: O a 8v, – 53v2 + 5v3 – 40v4 = 120 O b. 8v, – 53vą + 5v3 + 40v, = -120 O c. 8v, – 14v2 – 5v3 + v4 = 120 O d. 8v, + 53v2 - 5v3 + 40v, = 80 %3D O e. -8v, + 53v2 - 5v3 – 40v4 + 120 = 0 ww en 6 An inductor of 25 mH has a voltage across it of 6et* v. Its current at time 0 is i(0) = 10 A. Calculate its current att= 100 ms. -12t et red Select one: d out of O a. 14 A O b. 10 A g question O c. 16 A O d. 24 A O e. 37 A