Make this drawing more clear and presentable; computerize: Ls 4. • Cumulatively compounded Differentially compounded Long-shunt: V₁=EA+IA (RA + R₂) Currents • A = |L-IF IF = V₁/RF
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- 7:A docs.google.com/forms 0 The name, email, and photo associated with your Google account will be recorded when you upload files and submit this form Questions Z1=6-j5 Z2=8-j5 Z3=6+j7 Z4=8+j7 Z5=12-j14 Z6=11+j5 Vs1=10sin(wt) Vs2=8 cos(wt) Vs3=15 cos (wt-50) Find the complex power supplied by all sources?2 Z4 Vs, O 26 1 Add file Вack Submit Clear form Never submit passwords through Google Forms. This form was created inside of University of Kirkuk. Report AbuseI need help with this question of checking if the answer that I got for total impedance and current is correct My answer: ZT = 1.879kΩ∠-57.85° and I = 4.26mA∠57.85°3&page%3D1 American Uni. Girne American Uni.. O portal.gaueng.org My Profile - Zoom Dashboard My Courses This course Find the Norton equivalent of the circuit 60 30 40V ,50 202 A BI E E E E ere to search
- 1 3Q 2 8V 3 3A 4 4A | 5 20 |6 10V L 24V | 8 5A 9 8A 10. 25A[ 11 60 |12. 26A A 3 §:m n@sA Vth 0A B %:m §3n 0@“ Ish 0A 6 7 8 9 Vth |:| D |: n Rth O O OIf T = 0.6Z – 60° and A = 48cm find the position of the first voltage minimum on the line. Select one: O a. The first voltage minimum is at 2cm from the load. O b. The first voltage minimum is at 72cm from the load. O c. The first voltage minimum is at 8cm from the load. O d. The first voltage minimum is at –4cm from the load. O e. The first voltage minimum is at 20cm from the load. O f. The first voltage minimum is at 32cm from the load. O g. The first voltage minimum is at 44cm from the load. O h. The first voltage minimum is at 24cm from the load.1oov 50mf A) How oNG DOCS IT TAVG THE CAPA4 Toh To REACH 90% of ITS MAXIMum CnARa M (WHEN SWITCH PUr N PosTIon aTtO, 6) CURRENT AT THIS Tmc! c) Ve 2) RATE Ucis OGING STont), CARACITOR AT This Timei AT This TIMe?
- a. Write the nodal equations for the circuit shown; and solue for the nodal volrages, b. Determine rhe magnitude and polarity of the vo Itage across each reeistor. Ry R3 Rs I, 6A 7AMultiply with the least common factor to remove any fractions. 12/0° V E2 Iy 1Ω j2 Ω m 1Ω 490° V E1 KVL @ loop A: K11Vx + Z12lx + Z13ly = Source1 KVL @ loop B: K21Vx+Z22lx + Z23ly = Source₂ KVL @ loop C: K31Vx + Z32lx + Z33ly = Source3 www -j4Ω j2 Ω m -j2Ω Μ ΤΩ www 41,the root locus (draw asymptotes, find their angles, break away points etc ) for the follo aymmddetermmethevalucofkwhmhmakesthesystmnomllmry What is the fre (Nul:e. If you do not show your complete work, credits will not be assigned) k Gl - N L)
- Solve for the currents I1, 12 and 13. Use KVL and KCL to derive the equations and use Gauss-Jordan Elimination to solve for the unknowns. _). Answers (Answer should be in this format: 1=_, 12=_ 13= should be at least 2 decimal places. * 1 13 A R1 R3 1k 2k2 V1 V2 R2 2k2 12V 24V +1q24 Match the following choose the correct answer Electromagnetic interference .controls voltage at all level scarry inrush current for short period disturbance of frequency around 10MH zzoning regulations shunt or series capacitors High voltage DC Transmission prevents complete shutdown cost of insulation is more Reactive power compensation .controls voltage at all level scarry inrush current for short period disturbance of frequency around 10MH zzoning regulations shunt or series capacitors High voltage DC Transmission prevents complete shutdown cost of insulation is more Tap changing transformers . .controls voltage at all level scarry inrush current for short period disturbance of frequency around 10MH zzoning regulations shunt or series capacitors High voltage DC Transmission prevents complete shutdown cost of insulation is more Single bus bar with sectionalisation ...controls voltage at all level scarry inrush current for short period disturbance of…三 T AaBbCcDc AaBbCcDc AABBC T Normal 1 No Spac. Heading Paragraph Styles In the circuit pictured the current through R1 is 11 = 6A in the direction shown. a) Determine the current 14. Describe choice of node or loop (including direction of travel). b) Determine the current 13. Describe choice of node or loop (including direction of travel). c) Determine the Determine the potential difference Vgd = Vg Vd between points g and d.