ch currents. 2Ω 20V 8Ω 3Ω ΖΩ ww 10V 15V
Q: If w=500 rad/s and I₁ = 2.5 angle 40, find vs(t) www 10 Ω v₂(1) 20 mH NOTE: Express your answer in…
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Q: Sketch the root locus for the unity feedback system shownin Figure P8.3 forthe followingtransfer…
A: TRANSFER FUNCTION : A system, sub-system, or component's transfer function (also known as system…
Q: 18. A current of 16 amperes divides between two branches in parallel of resistances 8 ohms and 12…
A: Given data I total= 16A R1=8 ohms R2= 12 ohms
Q: Problem 1. Determine the value of the current i for the circuit shown below. Μ Μ 200 Ω 150 Ω 40 V…
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Q: Find I in the circuit shown in the figure below using superposition.
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Q: Find i and Req ab if Vab = 40 V in the circuit shown below. b 6 ww 2 a Reqa-b 12 20
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Q: A fixed bias JFET whose VDD = 14V, VD=9V, RD= 1.6k, RG = 1M, IDSS=8mA, and VP-4V. Solve for: a. ID=…
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Q: Questions Magnetic Force 1. Use Fleming's Left Hand Rule to predict the direction of movement of the…
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Q: Given the following voltages: el = - = -100sin(wt-π/3), e2 = 250cos(wt+ π/6), e3 = 150sin(wt+ π/4),…
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Q: 1. Calculate the input and output power for the circuit. The input signal results in a base current…
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Q: Given the circuit shown below, determine the current in each branch by: a. Nodal Method b.…
A: For the given circuit, we need to determine the current in each branch using (i) Nodal method, and…
Q: If w = 500 rad/s and I₁ = 2.5 angle 40, find vs(t) www 10 Q (1) +25/-30° V- www 25 2 20 mH
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Q: A BJT has measured dc current values of IB = 0.1 mA and Ic = 8.0 mA. When IB is varied by 100 μA, Ic…
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Q: Given the following voltages: e₁ = -100sin(wt-π/3), e₂ = 250cos(wt+ /6), e, = 150sin(wt+ /4), and e,…
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Q: express in 4 decimals if need be! Four resistors, R1 = 100 ohms, R2 = 250 ohms, R3 = 350 ohms,…
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Q: A delta-star system the impedances of the load are as follows: Za =24.082-48.37°2; Zb=25.52 48.18° 2…
A: This problem can be done by converting given line voltage to phase voltage
Q: In a balanced three-phase Y-Y system, the source is an ach sequence of voltages and given Ven…
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Q: Q: Draw output voltage waveform for this circuit if B=50. +10v +5v -1v Vi H t(ms) 3 4 2 Vi AC 50k…
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Q: Hello please I need the wiring diagram of a three phase transmission line system
A: The wiring diagram of a three phase transmission line system: The need for three-phase supply or…
Q: An amplifier has a midband voltage gain of 120 operating between f1=10 Hz (lower cut-off) to 100 kHz…
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Q: (b) Figure 2 shows a rectangular magnetic core with relative permeability of the core is 4000. The…
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Q: What do you call the rate at which a certain electrical device delivers electrical energy? a.…
A: The rate of flow of elctrical energy is known as electrical power unit of electrical power is W if…
Q: Step size for a 9bit DAC is 9.5mV. Mention the different ways of calculating resolution% and…
A: b given that number of bits N=9 Step size =9.5mV %resolution =Full scale voltage 2N-1×100 or…
Q: Given the following K-map, determine the minimal product-of-sum (POS). CD 00 01 11 AB 10 00 1100 1…
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Q: Referring to this figure, calculate Zo if yos = 40 μS. o 20 V Va να N Z₁ 5 3.20 ΚΩ 3.25 ΚΩ 3.75 ΚΩ…
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Q: The transfer function of discrete time system is given by: H[2] = -2²+0.82-0.8 z²-1.19 a) Sketch…
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Q: Answers S = 1523 VA, P = 1400 W, Q = 600 VAR, PF = 0.919, i = 12.7 A
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Q: Function of BJT DC Analysis? What is it important?
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Q: 2. Find Vo using superposition -j4Ω = 8 Ω Μ +1 10/0° V +1 -j2 Ω 4) 4/0° A j5 Ω m 6Ω 3/0°
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Q: 22. A 7-segment decoder/driver drives the display in Figure 6-78. If the waveforms are applied as…
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Q: Calculate the energy stored in a parallel-plate capacitor which consists of two metal plates, each…
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Q: Given IDSS= 6 mA and VP = -4.5 V: a. Determine ID at VGS = -2 and -3.6 V. b. Determine VGS at I .D=…
A: In this question, We need to determine the drain current ID at VGS = -2V and -3.6V Also find the…
Q: 230 V MM M 300 Ω R₁ 300 Ω R₂ 600 Ω R3
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Q: i.If the antenna in (i) is 10 cm x 10 cm in size calculate the received power in Watts.
A: GIVEN Assume the power transmitted by the GPS transmitter is fully received by the GPS…
Q: Given the circuit below, find the values of the following: a. Ic b. Rc c. Rb
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Q: R1 www 20 V2 - 3V V1 비가 2V R3 30 R2 www 40 V3 -10V R4 www 20 V5 - 4V V4 6V R6 40 R5 ww 4Q V6 -2V
A: in given question we have two circuits so first we solve for left side circuit and then we solve for…
Q: A RL circuit has a battery emf E=-22V and a switch closes at 0.0s. At t=1.25s, the ammeter=0.2A. If…
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Q: Find the transfer function T(s) = x1(s)/F(s) of the given system. x1(t) mm →x2(t) 6 f(t) 10 3…
A: In this question, We need to determine the transfer function? X1(s) /F(s)? We are solving this…
Q: Q: Find the value of the starting capacitance for a 250 W, 120V, 60 Hz motor that is necessary to…
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Q: and i₂. 40 V 12 www www M
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Q: An emf e1=100sin(314t - 60°) while emf e2 = 120 cos(314t -60°). Find the angle of phase difference…
A: An emf e1=100sin(314t - 60°) while emf e2 = 120 cos(314t -60°). Find the angle of phase difference…
Q: 12V 30 Ω R3 5 Ω R8 + α ΑΜΕ Μ 15 Ω R₁ Μ 30 Ω R6 AMG 8 Ω R 18 V 20 Ω R4 + C 8V W 25 Ω R₂ M 50 Ω R₂ ΑΓ…
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Q: Design a 3-bit priority encoder. D0 is the highest priority. Include truth table and equation
A: The 3 bit priority encoder is shown below. Key encoders are available in standard IC form and the…
Q: What is the miller output capacitance of Figure 2? (consider Figure 2, with Cwi = 4 Cwo = 6pF, Cgd =…
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Q: In Figure 2.2 is shown the fixed bias circuit of a Silicon transistor with B = 180. Determine the…
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Q: A coil-A of inductance 80 mH and resistance 120 Ω, is connected to a 230-V, 50 Hz single-phase…
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Q: A 60 cycle alternating current has a maximum value of 40 amperes. It crosses the time axis in a…
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Q: (b) Simplify the expression ((A + C) + (AB(C+ (BC AC))) and draw the simplified circuit.
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Solve using mesh current or nodal voltage analysis.
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- Current I in the figure is 2A 1A 2A 1A 1A SA 1A O3 A 04 A O 5 A O6A(b) A pair of thyristor connected in inverse-parallel as shown in Figure Q4(b), The thyristor are triggered at an angle a after their respective anode voltage zeros. (i) Sketch the load voltage waveform for a=30°. (ii) Calculate the rms value voltage VL and current IL for =30° (iii) Calculate the output power for a=30°. (iv) If thyristor T2 is fail to operate , what effect would this have on the value of the output voltage of the converter at a = 30°.Q6/ What is the dc source voltage? 0.013 R1 kOhm R232 kohm R3 kohm O 78 V 39 V O 13 V
- in solution u need to find T0 , W0Find V₁ and V₂ in the circuit below: 220° A ↑ V₁ = 5.2793 - j*5.4190 V₁ = 9.2793 - j*1.4190 V₂ = 9.6145 - j*9.1955 V₂ = 0.6145 - j*3.1955 V1 j4 Q + Vx - 5Q -j3 Q V₂ ↑ 3/45° A8. Find the following: a. the voltage across R5 (Vo) b. the current through R5 11 1A ES 10k R1 27k R4 18k 10k Vo R5 27k R7 12k R6 6.8k
- Q/A)the current in R according to the source 7v is: * R V1 150 -7V R3 200 R2 V2 .9V O 0.33 0.44 0.55Question 23 1=0 R1 R2 3 C Vs Vs = 24V R1 1Kohms R2 = 2 Kohms C- 4µF. At t-0 the switch is opened. The time constant of the circuit will be: O 2,67msecs O 2msecs O 8msecs O 8usecs O 2,67 usecsWhat is the current and voltage at R9? R2 R3 R8 0.50 10 10 V1 R6 20 R5 -20V 20 R1 R9 0.50
- find the current of loop 1 R6 · 150 R1 R3 180 200 R8 loop1 140 R5 =25V 0.757 0577 0.755Ex. 2170. Refer to Figure 2170. Assume all mks units. Determine Thevenin's and Norton's equivalent circuits looking in the xy-terminals shown. Determine: V6/_ ThV6, R7, X7 (plus or minus), I8/_ ThI8, and R9, X9, given R1=15 (ohms), XL2= 3 (ohms), XC3=16 (ohms), R4= 4 (ohms), and V5= 3/ 1.40 (volts & radians) ans:8May you explain part b a bit more I'm confused about how you got 2.5 after sin and e-j2.5