Seccion 1 Seccion 2 6.9 kV/115 kV 115 kV/13.8 kV Seccion 3

Q: FINITE STATE MACHINE A washing machine starts when a coin is deposited. It sequences through: a)…

A: FINITE STATE MACHINE

Q: Q2:Two dice are thrown together. Let A be the event getting less than 3 (A2) on the second die. Are…

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Q: Consider the circuit on the right. The independent sources have the following values: Vs = X, Is1 =…

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Q: 3.12 Consider A = 2 1 0 0 0 2 1 0 002 0 00 1 0 -[3] b₁ = labonoruro d Show that the square matrix of…

A: Given the following data, A=2100021000200001 ,   b1=002-3,    b2=10-12,   b3=2301 so the squre…

Q: E = 30V. R₂ = 200, R₁ = 79, and R4 = 2002. 15 = 1.0 A. Determine Vxz. Enter your answer in V rounded…

A: The voltage across the node x and z can be calculated by using the voltage divider rule and then by…

Q: 4. Determine the ripple factor for the filtered bridge rectifier with a load as indicated in figure.

A: It is given that:

Q: 2. Find the surface current density, K, for the following boundary condition: (Ħ₁−Ħ₂)×î = K‚K is the…

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Q: Q3: For a binary symmetric communication channel, compute the overall probability of receiving a bit…

A: Given binary symmetric channel having  P(0) = 0.3 Error probability, p = 0.2  We need to determine…

Q: Obtain the transfer function v(t) Vo(s) V (s) ints: First find I₂ (s) and then find()] V (s) R₁ m…

A: We need to determine the transfer function Vo(s)/V(s)

Q: Two loads are connected in parallel as shown to an AC voltage source V = 285/0⁰ V (rms) of 60 Hz…

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Q: . A 20-ohm resistor, a 30-ohm resistor, and a resistor R are connected in parallel to form an…

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Q: QB) Draw the transmitter and receiver block diagrams of QAM.

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Q: Capacitor capacities are C1=1 μF, C2=3μF, C3=4μF and C4=3μF. Also I calculated: C1 and C2=…

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Q: 5. Obtain Thevenin's and Norton's equivalent circuit below with respect to terminals a and b. 1 A 20…

A: As per the guidelines, we are supposed to answer only first question. Please repost the remaining as…

Q: QUESTION 6 With reference to the instruction below, what values will be stored in file #N7:10 when…

A: PLC: Choose the correct answer for given instruction:

Q: For all the problems below, use the directions of the current shown, make sure that you clearly…

A: considering voltage across the inductor is  VL and given voltage source is e(t), voltage across…

Q: What is the source voltage of the circuit below where I=20, R1=1,920, and R2=2,616? I R1 R2

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Q: the circuit below, obtain the Thevenin's Equivalent at terminals a-b by: Find Rth Find Vth Draw the…

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Q: Illustrate the effects on the signal reconstruction for the system having non-linear phase response?…

A: Non Linear Phase Response:

Q: The circuit below has: VDD = 3 V, R₁ = 1 MM, R₂ = 2 MM, Rs = 10 kn and Rp = 20 kn. The W transistor…

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Q: P 14.6-4 Using Laplace transforms, find ve(t) for t> 0 for the circuit of Figure P 14.6-4 when (a) C…

A: Given: The circuit diagram can be given as,

Q: V₁ (t) = -120 cos (WE +30) |V₂ (t) = 120 sin (W²-10°) FIND THE PHASE ANGLE BETWEEN V₁ (+) and V₂…

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Q: Typical load flow problem variables/quantities Known: sending end (source) voltage, line impedance,…

A: We need to select correct option for Typical load flow problem variables .

Q: A fluid system has two sensors, a pressure sensor and a flow sensor.  The pressure sensor has one…

A: (3-a)  This is a digital electronic problem. When comparing analogue and digital electronics, it…

Q: Compute for Vo. 4113 R₁ www 1 ΚΩ 6 V HITHI R₂ 1 ΚΩ Vo

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Q: The spring constant of a fixed-fixed beam is given by 32 Ew (t/1)³ where E = Young's modulus, w =…

A: Given, A spring constant of a fixed-fixed beam=32Ew(t/l)3          ...(1) where E= Young's modulus…

Q: 3. Draw the correct 1- or 0-junction for this circuit. iz 13

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Q: 1. Write the formula to define a matrix A in VHDL with two dimensions, each element consisting of…

A: 1. WriteWrite the formula to define a matrix A in VHDL with two dimensions,…

Q: Consider the circuit in (Figure 1). Suppose that vs = 26V. Figure Vs 6Ω www 12 Ω 4ΩΣ 9Ω ww 752 Part…

A: By combining the resistors in series and parallel calculate equivalent resistance of 4, 9 , 7 ohms…

Q: 4. Find , and i, for the circuit of figure shown below. www 810 ✪ 9V 810 810 81Ω to 810 DO

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Q: QUESTION 4 With reference to the instruction below what is the value of the number stored at source…

A: Choose the correct answer:

Q: Find y, and i, in the circuit shown below. IV HA 70 k12 80 k2 www 50 KS2 14 ks2

A: Given: Potential is 1 V and resistances in the circuit are given.

Q: The identical current is I = 5mA, internal resistance Rs = 250k. If the load resistance is RL = 10k,…

A: Given that  Current I1 = 5 mA Internal Resistance Rs = 250 kohm Load resistor RL = 10 k ohm

Q: 6. For a rotational system, the output is related to the input T by the differential equation: d²e…

A: Given: Id2θdt2+cdθdt+kθ=T

Q: 3.12 Find the binary 2's complement of each given decimal number. Your result should have the number…

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Q: smart grid: creating a more resilient and flexible power grid that can integrate distributed energy…

A: In 100 years, the world's energy landscape is likely to have evolved significantly with the…

Q: length of cross arm must be: a. decrease b. increase c. constant d. connected to ground e. Non of…

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Q: Example: find the complex Fourier expansion of the periodic function shown below f(x) = cosx π -<x</…

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Q: 3-6-2. Plot the root loci for the close with G(s) 1

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Q: 6.) Based on the following diagram, compute and plot y(t) if x(t) is the following: x (t) a.) 5cos…

A: Given: A system with following block diagram,  To find and plot: Output y(t) if input x(t) is,  a)…

Q: 3- Find the voltage vo and current io in the diode circuit shown below if R₁ = 5kn, R₂ = 10kn, V₁ =…

A: In this question We need to determine the value of voltage Vo and current io .  Assume forward bias…

Q: QUESTION 1 Name the math functions performed by PLCs. OA. Sin Oh E. Cosin O C. addition ⒸD. division…

A: Option H is the correct answer. Explanation: Basically, plc,s will almost always include these math…

Q: Determine the effective resistance of the network shown below when R1=1,880, R2=1,916, and R3=…

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Q: A strain gauge forms one arm of the bridg shown in the figure below and has a nomino resistance…

A: Given the data, RS=300 Ω R1=R2=R3=300 Ω Maximum permissible current through the strain gauge =20 mA…

Q: If f = 1 GHz Hr=1, E₁₁ =3, 0₁ = 5.8 S/m then (intrinsic impedance) ₁ = ? (2)

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Q: Using the figure above and the below information answer the following Problem 1 Known Ep = 120 V Es…

A: Given: Primary Voltage, Ep = 120 V Secondary Voltage, Es = 24V Primary Turns, Np = 300 turns Load, Z…

Q: 1) What are the magnitude and direction of the net electric field that is found at the origin (0,0)…

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Q: The primary of a 500/5 A, 5 VA, CT Carries 200A and secondary carries 2.5 A. The ratio error of the…

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Q: 6. Find the maximum power transferred to the resistor R in the circuit below

A: The maximum power transfer to the load can be obtained by calculating the thevenin's equivalent…

Q: A MOSFET differs from a JFET mainly because of the power rating the JFET has a PN junction MOSFETS…

A: MOSFETs differ from the jfet because they don't have a physical channel. Jfet has a physical channel…

Single Phase Induction Motor

The single-phase induction motor or engine consists of a single rotating phase in the stator and a rotating cage in the rotor. When phase one supply is connected to the stator winding, a magnetic field is generated. In the pulsating field, the rotor does not rotate due to inertia. So, a single-phase import motor does not start and requires some initial methods.