Figure 2.90 For Prob. 2.26. 2.26 For the circuit in Fig. 2.90, i, = 3 A. Calculate i, and the total power absorbed by the entire circuit. 25 Ω www www 20 Ω www 10 Ω www 5 Ω www 40 Ω

j 100 n 100 n Find the coupling coefficient (k) and the voltage across the 1 N resistor (L1 = L2 = 10 H, w = 10 rad/s) for the figure 2. 10 1020°V Figure 2 ell all

66% @ P 2:00 A docs.google.com ll. Classroom Q1/ Solve as required below. * Find I, L,Is, In, Îs & Power at (lov) Source 24 lov 1 Add file Q2/ Solve as required below. * use Voltage divider rule to fined Vi &, tosr 3ov 1 Add file

a) Formulate node voltage equations for the circuits in figure 2. b) Solve VA, VB, Vc, Vx, Ix. + Vx- 1 mA VC VA VB 4kN 4 kN ix. 5 V 4 ΚΩΣ 2kΩ

For the circuit shown in figure below, find the equivalent resistance and determine all resistor currents and voltages... R₂ 10k M Ru 56 кл F 35V R+ 82k 6 5 کے مقلمة R3 47кл +R58k ~ R6 R7 иг кл 15122 دون ن القادمة

والقوت Exampleolonit The • Given the following circuit, find the value of the voltage source Isnoibet and the power absorbed by the resistance. diw Iobw Ile 12omle isdu olon |I = 0.5 mà |n %3D oboloni o G = 50 µS om Vs ow o acd hod obo %3D

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QI) Find Req and i, in the circuit of Figure below. ww 120 ww 250 ww 80 0 isa 35 V 15 of

1) In the following circuit, assuming starting with Q¿Qi=00, what is the sequence the circuit will generate? Your answer is Q2Qı=00 → Q¿Qi= → Q¿Qi=. →Q¿Qi=. Q kK Q Cloctt Q 10

2.- For the circuit in the figure below, determine P₁, P2, P3, which are powers absorbed, for a) I = 2A, b) I = 20mA and c) I I = -3A. P₁ 8V P₂ 10V P3 ~↑ 61