1 4 3 phase Star Connected. System with. 400v (L-L) as Connected to three loads. 25 Lor, 11L-20°n and. 15 L10's in Star. Find the line currents. of the System. power and Current in the neutral
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- Question 7 A 30 Ohm resistor is in series with a 80 Ohm Inductive reactance. If they are connected to a 25 Volt a.c. source, what is the magnitude of the phase shift between the supply current and voltage (in Degrees)? **Only give the magnitude. If you believe the current is lagging OR leading, give a positive value for the angleVOLTAGE DROP ACRUSS CONDUCTOR 82 UNIT 9 14. The voltage that is applied to a load is equal to a. the source voltage. Sulaups b. the line voltage drop minus the source voltage. c. the line voltage. d. the line voltage drop. e. the source voltage minus the line voltage drop. 15. Line voltage drop is inversely proportional to the a. length of the circuit. b. current through the load. c. CSA of the conductor. obropjeur 1 d. current-carrying capacity of the conductor. e. current through the conductor. 16. Two important general factors that must be considered when selecting conductors are permissible voltage drop and a. CSA. b. cost. C. resistance. d. the load components. e whether the conductors should be silver or copper.A 6 ohm load is connected to a 119.6 v source through a pair of 0.25 ohm conductors. Calculate thea.) load current and voltageb.) the voltage drop in the line wires
- Subject: Electrical Engineering Subject: Power System Analysis Instruction: Use handwritten Solution and follow the instruction. Please write the complete step by step solution and box your final answer. Thankyou so much.a wye connected load as 480v applied to it what is the volatage drop across each phase?Please draw clean diagram and typing format solution only please
- 12.a. You're working on an installation at a patient care facility. You have two panelboards next to eachother that supply the critical and the normal feeder circuits. These two panelboards must be bondedtogether using an insulated copper conductor with a minimum size ofA. AWG 10.B. AWG 6.C. AWG 8.D. AWG 4. 12.b. You're installing an isolated power system in a hospital that'll serve a group of patient care areas. Whichof the following colors must be used for the wire that connects to the terminal at each receptacle that'susually reserved for the neutral conductor?A. Green with a white stripeB. Orange with a distinct stripeC. Red with a black stripeI did not know that I need to ask them in different question, sorry for that. I have a and b parts there is 3 subparts left (c,d,e,) of question . Answer as much as you can in 1 question, please let me ask the remaining questions separately.Look at the photo and answer the following questions it Is a 6 pole, non-salient pole design, 3 phase ac generator, 10 volts induced in each coil. 1. What is the total voltage induced in each of the three phase belts? 2. What is the line voltage between L1&L2? 3. What is the line voltage between L2&L3? 4. What is the line voltage between L1&L3?
- A three phase,Y connected, 215 V (line to line), 7.5 kW, 60 Hz, three pole IM has the following parameter values in Ohm/phase referred to the statorR₁ = 0.294 Ohm, R₂ = 0.144 Ohm, X₁ = 0.203 Ohm, X₂ = 0.409 Ohm, Xm = 10.25 Ohm.The total friction,windage and core losses may be assumed to be constant at 350 W independent of load. For a slip s = 0.02, compute the followingsa) Stator Currentb) Power Factor(pf)c) Rotor Speedd) Power Output(Shaft)e) Output(Shaft) Torquef) Efficiency(n)In a 500/250 V d.c. 3-wire system, there is a current of 2000 A on the +ve side, 1600A on the negative side and a load of 300 kW across the outers. The loss in each balancer set is 8 kW. Calculate the current in each armature of the balancer set and total load on the main generator.A clothes dryer rated at 6kW is connected to a 120/240 V, single-phase, three-wire, individual branch circuit. Determine the connected full load. a 25 A b.27A c.None of these d.50A e 21 A