L2= 0,1H C=20 pF ellee 102 34=02H Ź 202 10 sin(100t) A Find the total impedance of the circuit in the fiqure
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- What is the power factor of the circuit in Question 6?The circuit in Figure 24-2 is connected to a 60-Hz line. The apparent power in the circuit is 48.106 VA. The resistor has a resistance of 12 . The inductor has an inductive reactance of 60 , and the capacitor has a capacitive reactance of 45 . ETITZVA48.106PFERIRR12PELILXL60VARsLLECICXC45VARsCCAn impedance draws a current I = 10cos(wt-30) A from a voltage V = 220sin(wt) V from a voltage. What is the power?
- For the circuit below determine: Zi and Zo Answer Zi=2.455 kΩ(a) Determine τ τ = 66.67ms (b) Write the mathematical expression for the voltage VL using the definedpolarities and direction. VL= -12Ve-t/66.67ms (c) Write the mathematical expression for the current IL using the definedpolarities and direction. IL = -400mA(1 - e-t/66.67ms) (d) Sketch the waveforms of vL and iL9. What is the maximum power if the impedance draws a current of i= 10cos(wt-30o ) from a voltage equation of v = 220sinwt?
- IR = = 8mA∠0° IL = 12.732mA∠-90° Is(p-p) = 15.04mA∠-57.86° I got the currents, can you help me im finding VR and VL pleaseA resistor of 200 Ω, a coil with reactance 200 Ω and a capacitor with reactance 300 Ω are connected in series.What is the value of the impedance?A. 200 + j100. C. 200 - j200.B. 200 - j200. D. 200 - j100A voltage v = 300 sin (377t + 600) is applied across a circuit with pure element and draws a current of i = 7.0 sin (377t - 300) Amperes. Determine the value of the element of the circuit.
- h Q.18: For the cir the value of c the dots on the coi power at (10Q) resistor is (40W)? (Ans.: 0.823 & series opposing)Need asap pls help. Solve for the voltages across and currents through each component. Show the complete solution and explain. The total power should be zero.The following are in series R = 1,000 Ω, L = 100 μH and C = 20,000 pF. The voltage across the circuit is 100 V, 60 kHz. What is the total impedance expressed in ohms? 1000 ohms 1882 ohms 1885 ohms 2132 ohms