- 3 For The Connected Lead In The Following Figure Calculate A The Magnitude And Angle Of Each Phase Current 1 He And I 1 (32.92 KiB) Viewed 34 times
- 3 For The Connected Lead In The Following Figure Calculate A The Magnitude And Angle Of Each Phase Current 1 He And I 2 (13.78 KiB) Viewed 34 times
- 3 For The Connected Lead In The Following Figure Calculate A The Magnitude And Angle Of Each Phase Current 1 He And I 3 (52.16 KiB) Viewed 34 times
3. For the connected lead in the following figure, calculate a) The magnitude and angle of each phase current 1 he and I b) The magnitude and phase angle of each line current Illa c) The magnitude and angle of voltages EAB, EBC, ECA d) The power supplied by the source and power received at the load W000 10 0300 V = 16V 20 = 10W-120 12V Z-120 E 000 100200 ouin IM W000 1001200
3. For the connected load in the following figure, calculate a) The magnitude and angle of cach phase current and I b) The magnitude and place angle of each line client ! c) The magnitude and angle of voltages EAB, EBC, ECA d) The power supplied by the source and power received at the load M000 100 2001 om V = 16VZU V = 10W-120 V-18112-120 W000 101200 3M 1 W000 100 300
3. For the A-connected load in the following figure, calculate a) The magnitude and angle of each phase current lab, Ibc, and Ica b) The magnitude and phase angle of each line current IAa, Ibb, Ico c) The magnitude and angle of voltages EAB, EBC, ECA d) The power supplied by the source and power received at the load 000 10 Ω 20 Ω 1ΣΩ EUR 0.3k V = 16 IV 20 V = 16 IV 2-120° V = 16 kV -120° 12 ECA 196+ W-000 10 Ω 20 Ω W-000 Eac 0.3k 0.3 kn llow 1ΕΩ W000 10 Ω 20 Ω