What will be the voltage output given in this image? 5 poir R1 = 100 Q 17.5 V Iz = 150 mA Output 17.5 V

Q: Plot the magnitude of the signal: x(1)=e" +e" using any computational tool.

A: Given,  Signal is  x(t) = ej2t+ej3t Magnitude of (x+jy) is sqrt(x2+y2)

Q: A triangular pulse signal x(t) is depicted in the figure. Sketch the following signals derived from…

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Q: In a series RLC circuit, with an inductance of 2.0 mH and a resistance of 0.25 N, the current…

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Q: Hartley oscillator is commonly used in ...... 1. Radio receivers 2. Radio transmitters 3. TV…

A: The solution is provided in the following section.

Q: What is the meaning of a system having a P(e) = 1 x 10-6 and BER = 1 x 10-6.

A: BER: Bit error ratio is defined as the ratio of number of error bit and total number of transmitted…

Q: The oscillation frequency for the oscillator below is 3.12 MHZ for c=150 PF, L1=L2= 2.2 mH and M=0.5…

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Q: Propagation delay is usually measured in O a. nano-Watts Ob. milli-Watts Oc. milli-volts O d.…

A: Propagation delay measure by  unit?

Q: 6V analog output is equivalent to digital input word 101. Select one: True False

A: we need to tell the given statement is true or false.

Q: The degree of precision of a quadrature formula whose error term is : f(4) (5) is 3 O 1 4 O 2

A: The degree of precision of a quadrature formula is in if and only if the error is zero for all…

Q: The number (83.45) in base (r=10) can be represented as:

A: Here it is asked to find the decimal number in terms of power of base 10.

Q: Redraw the common emitter high frequency response

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Q: If the frequency of the input signal is 200 Hz, the frequency of the full-wave rectified signal…

A: The relation between the input and output frequencies for a full wave rectifier is given below:

Q: Determine Vo during the Positive Half Cycle of the input voltage. 10 ka 10 V Si 5.3 V= 7.3 V -10 V

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Q: 1.3 Home work: 1- If the differentiating circuit is supplied by a sine wave voltage (vi=A Sin ot).…

A: Given, Vi=Asin ωt When this signal is applied as input to differentiating circuit, V0=ddtVitV0=ddtA…

Q: ösalg äbäi A clock consists of a counter, a frequency source, and a output device True False نقطة…

A: A clock consists of a counter :- counting the pulses frequency source :- generating the pulses…

Q: For the given circuit and input waveform, determine the output waveform 2 kn 16 4 V T -16F + I

A: Brief description: Diode is a unidirectional device which will pass current only in one direction…

Q: x(1) = rect (8r) Identify the CTFT of the given signal. Check All That Apply x(1) = (†) sinc (4)…

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Q: The parameter which is measured along the X axis of a CRO screen is called as

A: The oscilloscope is divided into two main sections. One section is the voltage section, and the…

Q: Determine the mathematical expression for each signal x(t)=2tri(0.5t-1)

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Q: What is the Nyquist rate of the signal x(t)=10 + 5cos(100*pi*t) + 3sin(60*pi*t) + cos(70*pi*t) O…

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Q: +Vcc RI RC C; 3 mH (100-300) P기 R2 La 2 mH

A: In the Hartley Oscillator the tuned LC circuit is connected between the collector and the base of a…

Q: convert the following into decibel meter? a. 100mw       b.2mw        c.10w

A: The formula that is used to convert watt into decibel meter is shown below:  P(dBm)=10logp(W)+30…

Q: The transmission line width of the He-Ne laser is 1500 MHz, so the width of the pattern…

A: Given transmission line width of He-Ne laser = 1500MHZ                       =1500×10^6 HZ  Width of…

Q: In CRO, the oscillator circuit that produces sweep wave is called O Intensity grid O Accelerating…

A: Given :   In the above question they are interested to know the definition of the sweep wave…

Q: For a certain sinusoidal oscillator the loop gain L(jw) = 0.7 * A + J[(w/7) – (4/w)] | Then AL(jw)=…

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Q: Q/ Calculate the o/p output for integration when vin= ±5 square wave and f=1kHz R= 500 N C=1µF

A: Square waveform Vin = +_5V Frequency f= 1kHz Resistance R= 500 ohm Capacitor C= 1uF Output of…

Q: Confirm that for the singlet state, E(a, b) = -a - b. Calculate E(a, b) for each of the other three…

A: Bell states- It is the four specific quantum state. It is a superposition of combination of two…

Q: Design an astable 555 timer circuit to produce 1kHz square wave, where TH=0.35 ms and T₁ = 0.65 ms.…

A: Given: Output frequency f= 1kHz.           TH=TON=0.35 ms           TL=TOFF=0.65 ms…

Q: A carrier wave of 30 V ampitude and 6 KHz frequency is modulated by an information signal…

A: Given carrier wave amplitude is Ac=30V and Carrier frequency is fc=6kHz, The carrier wave is…

Q: An incremental encoder has 240 slots and used to measure a rotation speed of 250 rpm. The pulses…

A: (1) Given, An incremental encoder has, Number of slots(S) = 240 Speed of rotation (N)= 250 rom The…

Q: Hartley oscillator is commonly used in 1. Radio receivers 2. Radio transmitters 3. TV receivers 4.…

A: The correct option along with the explanation is provided in the following section.

Q: Define how to calculate the angle theta (Power Angle).

A: we can calculate the power angle using power triangle

Q: If you had a 1 kHz signal to display, which of these horizontal sensitivity control (time/div)…

A: To select the proper options

Q: 50 A RA RB 31.95 N { 0.05 O Determine IA and IR

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Q: Design an astable 555 timer circuit to produce 1kHz square wave, where TH = 0.35 ms and TL = 0.65…

A: Given data, The value of  TH  is 0.35 ms, The value of TL  is 0.65 ms, The value of the Capacitor(C)…

Q: 15.) Solar collectors are often manufactured parabolic dishes or troughs to a. reduce the size of…

A: Given: Solar collector

Q: 5. A 300-W carrier is modulated on a depth of 60 %. Calculate the total power in the modulated wave…

A: In this question, Power of the carrier signal Pc=300-W modulated  depth m=60 %. Calculate the total…

Q: 0<l0<0.47 0.47 < |@ <T 5e-j0.3@ X(e")

A: Given: Xejω=5e-j0.3ω0≤ω≤0.4π00.4π≤ω≤πXejω=5e-j0.3ω-0.4π≤ω≤0.4π0-π≤ω≤-0.4π and 0.4π≤ω≤π

Q: Calculate the energy of the following signal g(t) 10te^-10t^3

A: Given signal, g(t)=10te-10t3 Let the range 0≤t≤∞

Q: Q.1: Draw the output voltage of the circuit shown below, if the input voltage 17Sinwt. R Vị V. D G.…

A: To solve above mentioned problem, one should have clear understanding of working of diode. A diode…

Q: Ex, Shew that the cffetive Value or (r-S) 4Sine Wave Curreat w.th peak current Im in Iram.s Im Im

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Q: for the spectrum shown below, the total signal Energy is: F(0) on 10 10 0.5 15 Select one: Oa…

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Q: Q6)Find and draw the odd and even components of the signals below a) x(t) b) 0123

A: The time domain signals can be continuous or discrete. The time domain signals can be periodic as…

Q: In color TV chrominance signal represents Y signal and Luminance signal represents U and V signal.…

A: The value of R is 0.4 V The value of G is 0 V The value of B is 0.25 V The illuminance is given as:…

Q: 1. Looking at the transmitter, the signal power is 23 mW. The input signal to noise ratio is 40 dB.…

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Q: 2. A triangular pulse signal x(t) is depicted in the below figure. Sketch each of the following…

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Q: 5. The spectrum below describes the signal Sefta Se 8/a 2. 2. -120-100 100 120 Ha

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Q: The energy of the signal x(t) descriped below is equal to 01 10

A: According to the question we have to calculate the energy of a given signal.

Q: the complen fouien Aunction defined by Deteimine for Jor the Selies when -T<tzo flu)= 154 ostet

A: In this question we need to find a complex Fourier series for the given function.

Q: For an input frequency of 60 Hz, the period of the half-wave signal is :approximately 4 ms O 8 ms O…

A: We need to tell about the time period of half waveform . We also need to tell about region of…

Gradient of a Scalar Field

Consider a room or a place where the temperature is denoted by a scalar field T, such that at each point (x, y, z), the temperature is given as T(x, y, z). It is independent of time, in which the temperature rises most quickly. The gradient of T will show the direction at that point by moving away from (x, y, z). How far will the rise in temperature in that direction be determined by the gradient magnitude? Consider a surface that has a height above sea level at point (x, y) which is given by H(x, y). At that point, pointing in the direction of the steepest slope or grade is the gradient of H. The magnitude of the gradient of the vector gives the steepness of the slope at that point. How a scalar field changes in another direction can be measured by the gradient by taking a dot product rather than just the direction of the greatest change?