Time left 0:43 For the circuit in Figure 2. What is the total impedance ZT in Polar form? R-10 X₁-20 m E- 100V Xc= 150 430 AI Figure 2 a. 11.180 angle 26.6deg a. 50 angle 10deg a 11.180 angle 63.43deg a 1002 angle 5deg OA OB C D

Q: H.W. Determine the Curvent thraugh RI R. 152 15n E= 220L0°

A: Given here a circuit and asked to determine the current through the resistor R1 inductive reactance…

Q: Question A 50 Hz, bar primary CT has a secondary with 500 turns. The secondary supplies 5A current…

A: Given- Magnetizing ampere turns=200, 50 Hz secondary turns=500, secondary current = 5A, To Find- The…

Q: T-L with Zo=6000 ,ZR = 100 Q. Find the length and location of the single stub terminated by short…

A:

Q: . Determine the equivalent impedance and the equivalent dmittance. 2n -j4n Zeg jion -jsn

A:

Q: For the cireuit shown in Figure If Vcc = 20V, Rc=2.2ks2 Vcc RB- 390k2, RE= 1.2K52 B- 100 , ro = 0052…

A:

Q: E Realuce Hhe block diagpoun shewn b RQ. Gz Gi Hi 3.

A:

Q: A non-sinusoidal current source (iT=2+1.5sin1000t+ 1cos3000t-0.5sin4000t) A is ?applied to the…

A:

Q: • 1. Determine the equivalent impedance and the equivalent admittance. 2n -j40 Zeq jon -jsn

A: In this question,   We need to Determine the equivalent impedance and the equivalent admittance.

Q: 2n -j4n HE Zeg jion -jsn

A:

Q: 9calenlata the output Voltase V ana V inthe く.く、t 2.. 2-n BuSfor inveいう 2.- K る1-s。

A:

Q: The cross-sectional of majn poles is equal to Select one: Оа 2прг/60 Ob 2n/60T OC. 2mr/60 O d.…

A: According to the question we have to find the value of the cross-sectional area of the main pole.

Q: How many H must the inductance L be for the reactive power to be zero in 1. the circuit in the…

A: Circuit diagram is given as,

Q: The term sin ( ø - 0)e-at of the resultant current in series R.L circuit transient is O Subtransient…

A: The exponential term is always indicates that dc part or steady state part of resultant current in…

Q: • 1. Determine the equivalent impedance and the equivalent admittance. 2n -j4n Zea jon -jsn

A:

Q: The answers are in rectangular form

A: Here we discuss about star to delta transformation.

Q: Determine the current in polar form and the Vac. 5 ohms is the value of the resistor in e and f.

A:

Q: Assume that V, - 18 /20. Determine the value of I -j2 k2 HH 5 k2 j3 k2 O 691 270.2" mA O 6.91 2-302"…

A: A simple probon netwrok analysis. Look below for solution:-

Q: Q1 (a) Based on electrical DC circuit as depicted in Figure Q1(a), (i) Determine the mesh currents…

A:

Q: e and f is 5

A:

Q: om above diagram: a) Find the unknown currents marked in figure (a) b) Determine the value of EMF in…

A:

Q: Vcc RB = 16K2 RC RC=3.2KA P =35 2K Find VIH Vin RB RB

A: Apply Kirchhoff's voltage law in the input loop for the first transistor, Vin=IB1RB+VBE1Vin=IB11.6…

Q: 10. Refer to the graphic appendix B. The total impedance of the circuit is most near: 100 + j5714…

A: The solution is given below

Q: • 1. Determine the equivalent impedance and the equivalent admittance. 2n -j4n Zeg jon -jsn

A:

Q: Solve for RC. 12 V Select one or more: a. 500 ohms Ob. 1050 ohms c. none d 2200 ohms 2 mA Re 07.6V…

A: Given circuit:

Q: The difference between the two signs

A: A rectifier circuit is used to rectify the AC power generated by this source to the DC  power that…

Q: V 0 -V For the following circuit, the vo waveform is C ..... Correct O Wrong O

A:

Q: e) Calculate the phase current IAB. f) Calculate the total average power dissipated in the…

A: In the power system Find the phase current  Total dissipate power across the load Ratio of the power…

Q: Determine the total current I. = 100 mAZ30° 30Ω-160 Ω| V 10 Ω +j40 Ω 108.74 472.53° mA 108.74…

A: We need to find out current and voltage for given circuit

Q: Determine the impedance of the circuit in Figure 3 at the given frequency. 10 kHz Rw 20 (2 ++ 4.7 ΚΩ…

A: laplace  transfer of capacitor, C→1cs laplace  transfer of  inductor, L→Ls So that Rw and L are in a…

Q: The equivalent inductance seen at terminal AB in figure is

A: Given circuit,

Q: 10 I R 47 A 470 p 470 pF f- 100 Hz 6800 1000 p 0.001 F 0.0022 F S20 V f-100 He R I800

A: From the given questions we have to simplify the the equivalent capacitance and equivalent…

Q: For a certain JFET, IGSS = 12.49 nA at VGS=6.86 V. The input resistance in MQ is %3D

A:

Q: QUESTION 3 Using Figure 23-24 on page 688 of your textbook, calculate the magnitude of the voltage…

A:

Q: 2) 3) 2-5 Identify the component and the value based upon the waveforms given. 3 3K un 8.5 Vrms…

A: Given Data: Circuits and waveforms with, Known Voltage and current Known and Unknown Passive…

Q: Ll 10 choose the correct value of the :current passing throw -j100 40+js0 j100 60 ww 07sz

A: The current I  through an element of impedance Z and voltage V applied across it is I=VZ. When two…

Power Measurement

According to Blondel's theorem, the total power is measured with one less number of wattmeters than the number of wires present in the system. So, a single-phase and two-wire system will require one wattmeter and a single-phase and the three-wire system will require two wattmeters, and a three-phase and the three-wire system will also require two wattmeters and a three-phase and the four-wire system will require three wattmeter devices. The wattmeter is a device that measures power using one voltage and one current input as shown in the above figure. Multiple current or voltage input pair cables are used by many power analyzers and digital storage oscilloscopes (DSOs) for measuring watts, in effect within a single instrument acting as multiple wattmeters. It is possible to measure three-phase and four-wire power with one correctly specified power analyzer.