A 120V (rms), 60HZ three-phase system is supplying power to the following two loads: Load # 1: A balanced load connected in wye with 100N resistance and 0.1H inductor connect in series. Load # 2: A balanced load connected in delta with 1002 resistance and 10µF capacitor connected in series. Determine: (1) Total active and reactive power supplied to load # 1 by the system (ii) Total active and reactive power supplied to load # 2 by the system (iii) Magnitude of the total current supplied by the source (iv) Source power factor

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Q: solve the circuit to determine the following parameters: active power P, reactive power Q, and…

A: Step 1:### Step 1: Calculate the Impedance in Each PhaseFor each phase, the impedance \( Z \) can be…

Q: How did he come up with the idea? And why didn't he draw the circle?

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A: Solution: A three phase load is connected in delta, voltage V=440 v, f=50 Hz, Inductor  L= 100mH…

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A: It is given that:

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Q: A SINGLE-PHASE 230 AC, 60 HZ POWER SUPPLY FEEDS A 2400 WATTS AIR CONDITIONING SYSTEM, WITH A POWER…

A: Disclaimer:  Since you have asked multipart questions, we will solve the first three subpart for…

Q: 8. For this circuit, find the current I₁. A) 5.87 + j0.88 A B) 6.35 + j1.41 A C) -48 + j24 A D) 2.27…

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Q: Which of the following descriptions IS NOT correct for loads in power systems? A. The purely…

A: capacitive load will deliver reactive power to the grid.     so option C is the wrong one

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A: Given data : Load impedance ZL=40-30j Source Voltage Vs=100∠30° inductive reactance XL=60Ω

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A: The 3-phase system,The impedence,The voltage,

Q: step by step solution and explain the process please no AI answer. handwritten very much appreciated

A: Problem 10.4 (a)Given:Signal h[n]: h[0] = 1, h[1] = -1, and h[n] = 0 for all other values of n.X[k]…

Q: + 120/45° V rms B

A:

Synchronous Motor

The synchronous motor is an AC electric type motor where at a steady-state the shaft rotation is synchronized with the supply current variable-frequency. To an integral number of AC cycles, the rotation period is exactly equal. The stator of the motor in the synchronous motor contains multi-phase AC electromagnets due to which a magnetic field is created that rotates in time with the oscillation of the line current. The rotor contains a permanent magnet and the rotor rotates in synchronization with the stator field at the same rate and provides the second synchronized magnetic field which is rotating in nature as a result. When the synchronous motor is supplied with independently excited multi-phase AC electromagnets on both the rotor and the stator, it is termed as a doubly-fed machine. The most widely used AC-type motors are the synchronous AC motor and the induction AC motors.