Question 2 30 pts 2290° A 412 2.12 220° V +-;512 j312 Find the SAE's for the assigned nodal voltages. Solve for the nodal voltages. Round answer to 2 decimal places, add O's as needed. Express magnitude as positive number and angle between +180º. Vi = U2 = 2 V V3 = 2 < v
Question 2 30 pts 2290° A 412 2.12 220° V +-;512 j312 Find the SAE's for the assigned nodal voltages. Solve for the nodal voltages. Round answer to 2 decimal places, add O's as needed. Express magnitude as positive number and angle between +180º. Vi = U2 = 2 V V3 = 2 < v
0.2500 62 5 + 20 +18 V Given a complex circuit in Figure Q1. This complex circuit is to be viewed in a simpler form of Thevenin and Norton equivalent circuits a) Dengan menggunakan analisis nod, cari voltan Thevenin, Vrh di terminal a dan b. By applying Nodal analysis, find Thevenin voltage, Vru al terminal a and b. (4 markah/marks) b) Sekiranya terminal a dan b dibiarkan bersambung, tentukan nilai semasa arus yang melalui terminal tersebut, iaitu Isc. Berikutan itu,...
2) Find the voltage between nodes a and b. (1.5 Mark) 2.5 42 412 w sa 3601 3150 wize 144 11 25 N w 10.12 w 5.612 12 12 3) Find the equivalent resistance of the given circuit (2 Marks) 73 2151 25v 30.02 80 V1692
Q3. Find the circuit's equivalent Norton current. 2 k2 w 3 ks2 + V 4 V Vs 4000 • In = 2 mA • In = 0.8 mA • In = 1.3 mA • In = 3.3 mA • In=0
voltage Is 40 volts
15 3 N Find ilt) 612 412 2(t) IF 320 t=0 sec I OV I (25) Find ilt) two ways:
Find i(t) for the circuit below.
Find i(t). 412 W 0.02 F+0 10 V HAW Mem 32 30.5 H
Question 1 (20 marks) Consider the circuit in Figure Q1. Ri WW R2 6T OB Figure Q1 (a) To analyze the circuit, we apply the mesh current analysis. This is achieved by assuming the current in the left and right loops are ii and i2 as shown in Figure Q1. Apply the KVL and write down two equations corresponding to those two loops (4 marks) (b) If Vo=10 V, Ri=512, R2=512, Io=1A, what are the values of ii and i2?...
Question 3 30 pts 212 412 w 12 -90° A 4 -j512 32 Find the Thevenin equivalent of the circuit with respect to Zų. Express the answer in terms of the Thevenin voltage Vr), short-circuit current (isc), and Thevenin impedance (Zr). Round answer to 2 decimal places, add trailing O's as needed. Vr = ov 2 A ZT= 12
Question 3 30 pts 212 412 w 12 -90° A 4 -j512 32 Find the Thevenin equivalent of the circuit with respect to Zų. Express the answer in terms of the Thevenin voltage Vr), short-circuit current (isc), and Thevenin impedance (Zr). Round answer to 2 decimal places, add trailing O's as needed. Vr = ov 2 A ZT= 12