Suppose that R= 80 12 in (Eigure 1).Figure30 ΩZn220 ΩR31 of 1YPart ATo which two points in the circuit of (Figure 1) should a 12 V battery be connected to dissipate the momPoints 1 and 2Points 2 and 3Points 1 and 3SubmitPrevious Answers✓ CorrectPart BWhat is the maximum power?Express your answer with the appropriate units.HÅPass= ValueSubmit Request AnswerUnits?

We need to find out power dissipation in the given circuit.

Answered: Suppose that R= 80 12 in (Eigure 1).…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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PLEASE ZHOW COMPLETE SOLUTION. NEED super ASAP. TIA!
Referring to the Figure 1 below, given the value of frequency, f =50 Hz Determine: - i) The phasor domain equivalent circuit ii) The value of voltage source, Vs iii) The value of voltage, Vo Write your answer in 3 decimal places.
Please show a complete step-by-step solution. Thank youGive your final answers in at least 2 decimal places - make it 3 or 4 decimal places whenever required in the problem. If you are doing a step by step calculation, maintain 6 decimal places in your in-between calculations to hit good accuracy in your final answers. Use 1 hp = 746 Watts in your conversion whenever necessary. A 110-hp, three-phase, wye-connected, 50-Hz, 450-V, four-pole, cylindrical-rotor synchronous motor is operating at rated conditions and 85 percent power-factor leading. The efficiency, excluding field and stator losses, is 95 percent, and the synchronous reactance is 3.82 Ohms/phase. Determine the magnitude of the excitation voltage in volts. Give your final answer in 2 decimal places. Correct Answer: 672.23 ± 0.01
Please show a complete step-by-step solution. Thank youGive your final answers in at least 2 decimal places - make it 3 or 4 decimal places whenever required in the problem. If you are doing a step by step calculation, maintain 6 decimal places in your in-between calculations to hit good accuracy in your final answers. Use 1 hp = 746 Watts in your conversion whenever necessary. A three-phase, 30-hp, 60-Hz, 1900-V, 500 r/min, salient-pole synchronous motor has direct-axis and quadrature-axis reactances equal to 36.38 Ohms/phase and 24.25 Ohms/phase, respectively. Neglecting losses, determine the power, in watts, drawn by the motor if the field current is adjusted so that the excitation voltage is equal to 2.1 times the applied stator voltage, and the load is increased until maximum reluctance torque occurs. Give your final answer in 2 decimal places. Correct Answer: 172,167.36 ± 0.01
Please show a complete step-by-step solution. Thank youGive your final answers in at least 2 decimal places - make it 3 or 4 decimal places whenever required in the problem. If you are doing a step by step calculation, maintain 6 decimal places in your in-between calculations to hit good accuracy in your final answers. Use 1 hp = 746 Watts in your conversion whenever necessary. A three-phase,50-Hz, 480-V system supplies the following loads:1. A six-pole, 50-Hz, 460-hp, three-phase, wye-connected induction motor, operating at 71 percent of the rated load with an efficiency of 93.6 percent and a power factor of 87.1 percent.2. A 55-kW, delta-connected, three-phase resistance heater.3. A 200-hp, 50-Hz, four-pole, wye-connected, cylindrical-rotor synchronous motor, operating at 51 percent of the rated load, with a torque angle of -13.2º.Neglecting copper losses, the synchronous motor is operating at 92.4 percent efficiency, and its synchronous reactance is 0.598 Ohm/phase. Determine the…
Please show a complete step-by-step solution. Thank youGive your final answers in at least 2 decimal places - make it 3 or 4 decimal places whenever required in the problem. If you are doing a step by step calculation, maintain 6 decimal places in your in-between calculations to hit good accuracy in your final answers. Use 1 hp = 746 Watts in your conversion whenever necessary. A 110-hp, three-phase, wye-connected, 50-Hz, 460-V, four-pole, cylindrical-rotor synchronous motor is operating at rated conditions and 88 percent power-factor leading. The efficiency, excluding field and stator losses, is 95 percent, and the synchronous reactance is 2.81 Ohms/phase. Determine the developed torque in lb-ft. Give your final answer in 2 decimal places. Correct Answer: 405.42 ± 0.01
Please show a complete step-by-step solution. Thank youGive your final answers in at least 2 decimal places - make it 3 or 4 decimal places whenever required in the problem. If you are doing a step by step calculation, maintain 6 decimal places in your in-between calculations to hit good accuracy in your final answers. Use 1 hp = 746 Watts in your conversion whenever necessary. A 130-hp, three-phase, wye-connected, 50-Hz, 440-V, four-pole, cylindrical-rotor synchronous motor is operating at rated conditions and 86 percent power-factor leading. The efficiency, excluding field and stator losses, is 90 percent, and the synchronous reactance is 2.13 Ohms/phase. Determine the pull-out torque of the motor in lb-ft. Give your final answer in 2 decimal places. Correct Answer: 885.36 ± 0.01
Please show a complete step-by-step solution. Thank youGive your final answers in at least 2 decimal places - make it 3 or 4 decimal places whenever required in the problem. If you are doing a step by step calculation, maintain 6 decimal places in your in-between calculations to hit good accuracy in your final answers. Use 1 hp = 746 Watts in your conversion whenever necessary. A three-phase, 10-hp, 60-Hz, 1600-V, 500 r/min, salient-pole synchronous motor has direct-axis and quadrature-axis reactances equal to 37.10 Ohms/phase and 20.52 Ohms/phase, respectively. Neglecting losses, determine the developed torque if the field current is adjusted so that the excitation voltage is equal to 2.3 times the applied stator voltage, and the power angle is -18º. Give your final answer in 2 decimal places. Correct Answer: 921.26 ± 0.01
BASIC ELECTRICAL ENGINEERING UPVOTE WILL BE GIVEN. PLEASE WRITE THE COMPLETE SOLUTIONS LEGIBLY. NO LONG EXPLANATION NEEDED. ANSWER IN 4 DECIMAL PLACES. BOX THE FINAL ANSWER. Substation 2A have a busbar made of aluminum with a length of 5 meters and a cross sectional areais 4x3 sq. cm. The resistivity of the Aluminum at 20 DegC is 2.82x10-8 ohm-m. Determine theresistance of the busbar
HEY, PLEASE REPLY AS SOON AS POSIBLE. 1) For the circuit in Figure, what is the value of RN between terminals a and b, in Ω? 2) For the circuit of Figure 3, what is the value of iN between terminals a and b, at Amps? 3) What should be the value of a resistor connected between and b if you want it to consume the maximum possible power?
From Delmar's standard textbook of Electricity; UInit 8, Review Question #4. Refer to the circuit diagram attached, but with the following resistor values. Assume 24V source voltage. R1 = 1K ohms R2 = 300 ohms R3 = 750 ohms R4 = 1k ohms An ammeter and voltmeter show the following measurement values: IT = 42.5mA I1 = 24mA ET = 24V I2 = 18.5mA E2 = 5.5V I3 = 0A E3 = 18.5V I4 = 18.5mA E4 = 18.5V What is the most likely problem with this circuit that causes these measurement values?
Compute the percent difference between the results of the measured and computed values of currents and voltages. Measured value Vcd = -6.71 V Icd = -0.24 A Vbf = 17.88 V Ibf = 0.38 A Computed value Vbf = 15.877 V Ibf = 0.283 A Vcg = -7.368 V Icg = -0.2916 A show complete solution

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