Find I, I, and I, in the network in Fig. P2.13. 3 mA 1 12 mA w 4 mA 1. 2 mA Figure P2.13 Ix=-9 mA. ly=-10 mA, Iz=2 mA Ix-9 mA.ly=10 mA, Iz=-2 mA Ix- 9 mA. ly=-10 mA, Iz=-2 mA Ix-9 mA. ly=10 mA. Iz=2 mA
For the circuit shown in fig 2, Apply Laplace transform to find i) i1(t) and iz(t) ii) Apply the initial and final value theorem iii) Explain your answer in part ii 10 12 100 V 30.02 H 350
5. (Extra problem.) Find the standard matrix for T : C → C2 defined by T(z, y, z)"-(x + iy, x-iz)" .
5. (Extra problem.) Find the standard matrix for T : C → C2 defined by T(z, y, z)"-(x + iy, x-iz)" .
0 - ZOOM + 1. Use current divider rule to find ii and iz + 120 4 0 , 323R, 30 A 123 R2 Enter Full Screen 2. Use Nodal Analysis to find Vị and V2 v 15 12 23 240 3100 593 O 4 A Ref. 3. Use Nodal Analysis to find V. 6V 1
Find 4 mA 2 mA 4 mA 3 kn
Find 4 mA 2 mA 4 mA 3 kn
2. Use KCL to determine currents ii, i2, and is. 12 mA 8 mA 1121 9 mA
(1 point) If V (t) = 93e-660 mV and i (0) = 85 mA, find is (t) for t>0 <8 mF VS 8 20 mH + 24 mF iz(t) = -107.283e^(-36t)+19 mA
uestion 8 Use Mesh Analysis to find ii, iz, i3, ia 2A L2 2. 3
This is example 3
Wo iZ(t) In,sinot I 6.67 mA 750 Ω 15 mH ω-50000 rad/ s f- 7958 Hz. T 0.126 ms)
PLEASE SHOW ALL WORK
4 In the diagrom given below, find the currents I., Iz, Iz and the charge accumulated on the Gur capacitor? 52 I, 52 7.12 sr Gurinta 12 volts 10v 10.2