7.62 For the circuit shown in Figure P7.62, find the current in the neutral wire and the real power. TR= 22020 102 ww 10 2 Tr= 2202 21/3 0 10 2 V3= 220 4n/3 o IN
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Q: 7.34 Suppose that the electricity in your home has g out on a hot, humid summer day and the power…
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Q: Two coils have a mutual inductance of 480mH. One coil is supplied with a current given by I(t) = 3t2…
A: It is Given that:M=480mHIt=3t2-2t-6
Q: 3. Comment on the influence of changing (K) upon steady state error.
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Q: Given the waveform of a voltage source shown inFigure P7.8, find:a. The steady DC voltage that would…
A: Part (a) The period of the given wave is 2 s. The heating effect of the wave is decided by the RMS…
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Q: Assume the 8-Ω resistor is the load in the circuitshown in Figure P7.48. Assume vg = 110 V rms and…
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Q: If we knew that the transformer shown in FigureP7.49 were to deliver 50 A at 110 V rms with a…
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Q: What is the mathematical expression of the voltage Vg(t) in the steady (continuous) state?
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Q: 5 For the circuit of Figure P7.23, determine whether the load is capacitive or inductive for the…
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Q: 7.18 A single-phase motor draws 220 W at a power factor of 80 percent (lagging) when connected…
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Q: a) Suppose that between the two terminals of an element there is a voltage v (t) and that a current…
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Q: C= 6µF Vs= 20V C:= 3µF Figure(Q2a)
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Q: 7.77 For the circuit shown in Figure P7.77, find the currents IĄ, Ig, Iç and In, and the real power…
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- Given the waveform of a voltage source shown in figure P7.8 find: a. The steady DC voltage that would cause the same heating effect across a resistance. b. The average current supplied to a 10-ohm resistor connected across the voltage source. c. The average power supplied to a 1-ohm resistor connected across the voltage source.Given the waveform of a voltage source shown inFigure P7.8, find:a. The steady DC voltage that would cause the sameheating effect across a resistance. b. The average current supplied to a 10-Ω resistorconnected across the voltage source.c. The average power supplied to a 1-Ω resistorconnected across the voltage source.Find the apparent power and the real powerdelivered to the load in the Y-Δ circuit shown in FigureP7.74. What is the power factor? Assume rms values
- For the circuit shown in Figure 7.2, determine apparent power S, real power P, reactive power Qand power factor PF. Also, draw the power triangle.a) Explain the construction of LVDT. Identify some suitable examples according to their applications.b) Discuss contacting and non-contacting tachometers.For the ideal transformer shown in Figure P7.46,consider that vS (t) = 294 cos(377t) V. Finda. Primary current.b. vo(t).c. Secondary power.d. The installation efficiency Pload/Psource.
- In the circuit given belowX=7andY=5Ωas they are defined as;Vvoltage phasoramplitudehow many volts?NOTE: Please enter your answers as 2 digits after the comma.Assuming that a nonzero ac source is applied, state whether the power and reactive power are positive, negative, or zero for a. a pure resistance; b. a pure inductance; c. a pure capacitanceWhat is the mathematical expression of the voltage Vg(t) in the steady (continuous) state?
- Assume that steady state DC conditions exist. A. Determine the energy stored in each capacitor and every inductor. & B. Verify power balance in the circuit, namely power generated by the source equals the power absorbed by the circuit elements.a)i2(t)=? b)Calculate the complex power on the inductance?Compute the average power dissipated by the load seen by the voltage source in figure P7.6. Let omega = 377 rad/s, V_s = 50<0, R = 10 ohm, L = 0.08H, and C = 200 microFarads.