Calculate the power consumed by the 100 resistor. 3/30 50/60 100 -j250 2502 6j10Ω

Q: 1. A shunt generator supplies a load of 4,500 W at 120 V through a pair feeder conductors having a…

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Q: 3. A Pure Inductance of 3mh Carries A Current Of The Waveform Shown in Fig. Sketch The Waveform Of V…

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Q: Also determine whether its overmodulation or undermodulation.

A: Given information: The current corresponding to the unmodulated carrier is Ic=10 A. The current…

Q: An npn BJT operating in the active region with B=100 and VA =250 V, and V₁ =25 mV, If Ic=1 mA then:…

A: Given data, A npn BJT operating in the active region has β=100VA=250 VVT=25 mVIC=1 mA

Q: When an antenna is transmitting an unmodulated carrier, then the current is 10 amps and when the…

A: Given: Current while transmitting an unmodulated carrier I0=10 A Current while transmitting…

Q: The bandwidth of a low-pass RC circuit is 1 kHz. What is the rise time of output for a step input?

A: Given a low-pass RC circuit has, Bandwidth, B.W.=1 kHz Rise time, tr=?

Q: In Norton's equivalent IN is the a. Short circuit current between the load terminals O b. Short…

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Q: 200Vp 1MHz L5 ㅏㅏ L6 C5 R5 100

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Q: Which of the following is an installation requirement for the grounding electrode conductor in a…

A: ANSWER - (A,C,D) is correct                    EXPLANATION-            Option (A)- Grounding…

Q: A load of 500 kW has a power factor of 0.6 lagging. Combined power factor is to be 0.9 using over…

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Q: 3. A Pure Inductance of 3mh Carries A Current Of The Waveform Shown in Fig. Sketch The Waveform Of V…

A: The given waveform is shown below:

Q: A 240 V, 50Hz single phase supply feeds a SP-FC-FWR. The rectifier is used to power the armature of…

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Q: An electric load operates at 100 V rms. The load absorbs 5 kW of power with lagging power factor of…

A: Given, Electrical load operating voltage, Vrms=100 V Load absorb power, P=5 kW Power factor,…

Q: Problem2: Given the following DC circuit: U₁1 = 10 V R₁ = 59 12 R₂=2502 B Calculate current 13 using…

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Q: A moving-coil instrument gives full-scale deflection with 25 mA. The resistance of the coil is 5…

A: We have an moving-coil instrument with, Full-Scale deflection(I)  = 25 mA = 25 * 10-3 A Coil…

Q: 2. For the circuit shown below 15 mA D (a) Find v (b) Find the power of the resistor (c) Find the…

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Q: Reduce the following Boolean expressions to the indicated number of literals: (A' + C) (A' + C') (A…

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Q: The maximum value of an alternating voltage is 300 V. It takes 20 ms for one cycle. So write the…

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Q: A sine wave voltage with a frequency of 60 Hz reaches a maximum positive voltage of 50 V at 1-2 ms.…

A: Given frequency(f) = 60Hz Maximum positive voltage(Vm)  = 50 Maximum value occurs at t = 2ms

Q: Find the Unknown resistance 138 ΚΩ Ω O b. +0 a. 9KOHM None of the Above Ο c. 11KOHM Μ O d. 27KOHM R…

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Q: SW1 SW2 L1 L2 A B 1 2 4 5 1 1 2 3₂. 6 9 10 3 8 What logic function is being performed? وان C L3

A: Today, logic gates are found in the majority of the electrical equipment people use. For instance,…

Q: Consider the following Op Amp circuit. Choose the correct transfer function of the system, from…

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Q: For a FM signal v(t) = 15 cos ( 10 * 108t + 10 sin 1220t), calculate 1. Carrier frequency

A: The expression of a frequency modulated signal is given as vt=15cos10*108t+10sin1220t The value of…

Q: 4.47 The temperature coefficient of resistance of a wire is 0.0008/°C. If the resistance of the wire…

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Q: The total power in an Amplitude Modulated signal if the carrier of an AM transmitter is 800 W and it…

A: Given information: The carrier power of the AM signal is given as Pc=800 W. The depth of modulation…

Q: Find the force between 2nC and -3nC separated by a distance 2m in air Ca. -0.0135x10-6 Ob. 270x10 Od…

A: Given data, The charges are  q1=2 nCq2=-3 nC Separation distance in air, r=2 m

Q: Example Problems: 1) Find the Req for the circuit shown in below figure. 40 852 692 19

A: In this question,  We need to determine the equivalent resistance Req  as shown the circuit.  If two…

Q: V1 30 V Resistor 40 Ω 1 2 Capacitor 15μF Resistor 792

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Q: When a second-order system is subjected to a unit step input, the values of = 0.5 and wn = 6…

A: We need to find out settling time .

Q: LIO This question will check your understanding of Lecture 4 - Nodal Analysis (Section 3.10 of…

A: This question belongs to circuit theory . It is based on the concept of nodal analysis in the…

Q: 3. A DC generator has no-load output voltage of 150 volts. It's armature circuit resistance IS 0.95…

A: Given data No load voltage(VN) = 150V Armature resistance(Ra) = 0.95 Ohms P = 3000W at V = 115V…

Q: Figure (b) R₁, R₂, and R3 in parallel R₁ www R₂ Ỉ R3 www b 2 of 4 T You have three resistors, R₁ =…

A: Given circuit: The given values are R1=7.00 ΩR2=8.00 ΩR3=9.00 ΩVab=12.0 V

Q: Example: Verify the reciprocity theorem for the network shown in the figure (1).? 292 20 V b 202 w…

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Q: R1 Click here for image 11 Rm/ In this circuit, R1 =502, 11-6 A, 12= 2 A, Rm = 82. / has units of…

A: We need to find out the thevenin equivalent circuit for given circuit

Q: Example Problems: 1) Find the Req for the circuit shown in below figure. Rea 402 852 ww 192 www

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Q: A digital Voltmeter uses 10 MHz clock and has a voltage-controlled generator which provides a width…

A: Given, A digital voltmeter uses the frequency, f = 10 MHz A voltage controlled generator provide a…

Q: A 150 V, 980 rpm, 100 A separately excited DC motor has an armature resistance of 0.2 02. It is fed…

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Q: The voltage regulation of an alternator having 0.75 leading power factor load, no-load induced emf…

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Q: Consider a unity feedback control system as shown below. Plot the root locus for the system. R(S) 4…

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Q: Suppose a capacitor is made using square plates that are 5.1 cm on a side, and are separated by 5.2…

A: Given: A parallel plate capacitor has Square plates with side, a=5.1 cm Separation in plates, d=5.2…

Q: Given the circuit below and after the current no longer flows C₁ =1 farads C₂ =9 farads C3 =1 farads…

A: Given circuit, C1=1 faradC2=9 faradC3=1 faradV=92 volts

Q: Consider the linear electromechanical system shown in Figure 5.14. Assume that only the coil shown…

A: We have an electromechaical system as shown in figure, Cross sectional area of air gap (A) = 25 *…

Q: What is the line charge density uniformly distributed on a line with length 10cm and Q=10 m O a.…

A: Given, A line charge has Length, l=10 cm Charge, Q=10 mC

Q: Question 2 The block diagram of a digital position controller for a robotic arm is shown in Fig. 1.…

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Q: 2021H (a) Plot the output characteristics of the transistor (b) Draw the DC load line (c) Determine…

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Q: A 100 kVA transformer has 3 kW iron loss and 4 kW copper loss at full load. Find out efficiency at…

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Q: Given E (s) = Z (s) I (s). Find impedance Z (s). R RCs+1 RCS R--Cs OR+Cs OR++ R ww HH C Z 2

A: Given circuit:

Q: An amplifier operating from a ±10 V DC supply provides an output voltage of 6 V peak and an output…

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Q: 1. Compute the total resistance in the circuit. 20 Ω 12 V 40 Ω www 8 Ω www 40 Ω www 12 Ω Μ 10 Ω Μ Μ…

A: Given circuit,

Q: 2.41 A parallel plate capacitor is made of two circular plates separated by a distance of 5 mm and…

A: Given a parallel plate capacitor with, Separated by distance, d=5 mm=5×10-3 m Dielectric constant,…

Antenna Characteristics

The antenna is an important concept in the domain of electronics and communication engineering. An antenna forms an integral part of many commonly used devices such as wireless modems, routers, game controllers, mobile phones, bluetooth devices, and so on. In simple terms, any wireless communication makes use of antennas to serve the purpose. An antenna, also known by the term 'arial', is an electrical device that converts electrical signals into electromagnetic waves or electromagnetic waves into electrical signals. An antenna contains a transmission line usually made up of co-axial cable, it then receives the signals and converts them into electromagnetic waves, which are then transmitted via space into their required destination. A communication system essentially makes use of two antennas, a transmission antenna, which converts electrical signals into electromagnetic waves, and a receiving antenna, which receives the electromagnetic waves and converts them back into electrical signals.