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Q: Find the average power delivered by the ideal current source in the circuit if ig=40cos 1250t mA.
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Q: Vs(t)=12cos2500t V, Is(t)=0.5 cos(2500t-30) A. 50 4 mH 4 mH ll E80 F (140) 3102 ll
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Q: cheggindia.com/#Form:Subject_test?User_Name=3709413000303192252&Number=6 If the rms values of…
A: Solution- Vrms = 120 VI = e-j30° ALet us assume a equation,Acoswt+ϕ⇒A∠0° (with peak value)…
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Q: Q1. Referring to the Figure Q1, answer the following questions: VA 40 V V(@t) 20 V- Vm 10 A i(ot)…
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Q: 4. A 250 V rms system is supplying three parallel loads. One draw 20kW at unity pf, a second uses 25…
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Q: 1. In the circuit shown below, load A receives S, 80+ j40 VA, while load B absorbs S, =100-j200 VA.…
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Q: In the circuit shown below, load A receives S, =80+ j40 VA, while load B absorbs S, =100– j200 VA.…
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Q: What is the value of real power supplied by the source in the figure? 60 ww 30/0° V rms -j20 42
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Q: For the circuit in Figure below, determine the power absorbed by the 4 2 resistor. Assume the 100 V…
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For the circuit in Figure below, determine the power absorbed by the 4 resistor. Assume the 100 V is an rms value. |
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- 4 pls show the given, formula then substituion. thanks! BM=1 BD=13 ill rate!Given the following Resistances and Inductors in Series and Voltage Source: R1 = 14 ohms R2 = 20 ohms L1 = 2 Henry L2 = 2 Henry Vs = 946 Volts Frequency = 8 Hz What is the Amplitude of the Current in amperes?Given the following Resistances and Inductors in Series and Voltage Source: R1 = 46 ohms R2 = 33 ohms L1 = 0.3 Henry 12 = 0.34 Henry Vs = 10 Volts Frequency = 95 Hz What is the Total Reactance?
- Given the following Resistances and Inductors in Series and Voltage Source: R1 = 1,251 ohms R2 = 1,152 ohms L1 = 3 Henry L2 = 2 Henry Vs = 3 Volts Frequency = 85 Hz What is the Total Impedance (Amplitude) in ohms?Solve for the value of inductive reactance if R1 = 482 ohms, R2 = 21 ohms and L3 = 5.5 mH.Solve for the value of inductive reactance if R1 = 482 ohms, R2 = 21 ohms and L3 = 5.5 mH. Round your answer to 4 decimal places.
- R = 60 ohms, L = 16mH, C = 10 uF, Vg = 700V, w = 10000 rad/s, phase = 45 degreesSpeed, Vd = 1.2436*10^(-4) m/sThe following particulars are given in connection with a copper-clad steel wire: steel torediameter =0.25 in: ovoralldiameter = 0.289in ; resistivity of copper = 10.37 resistivity of steel = 86.3 Calculate the percent conductivity of the conductor.