Find the steady state current i() for the inductor in the circuit shown in below. Express answer with three (3) significant digits after the decimal point (after rounding), if necessary. Χ t = 0 μέρες 6Ω 12V 6Ω Μ 6Ω www 8 Η
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- Assume that the current flow through the resistor, IR, is 15 A; the current flow through the inductor, IL is 36 A; and the circuit has an apparent power of 10,803 VA. The frequency of the AC voltage is 60 Hz. ET ER EL IT IR15A IL36A Z R XL VA10,803 P VARSL PF LAssume that the voltage drop across the resistor, ER, is 78 V; the voltage drop across the capacitor, EC, is 104 V; and the circuit has a total impedance, Z, of 20 . The frequency of the AC voltage is 60 Hz. Find the missing values. ET ER78V EC104V IT IR IC Z20 R XC VA P VARSC PF CInductive Circuits Fill in all the missing values. Refer to the following formulas: XL=2fLL=XL2ff=XL2L Inductance (H) Frequency (Hz) Inductive Reactance ( ) 1.2 60 0.085 213.628 1000 4712.389 0.65 600 3.6 678.584 25 411.459 0.5 60 0.85 6408.849 20 201.062 0.45 400 4.8 2412.743 1000 40.841
- Plot the capacitor voltage when the switch closes at t = 0. Determine the time constant, rise time, settling time, final value and the steady state error.12. 7.12 In the circuit , let Ig represent the dc current source, σrepresent the fraction of initial energy stored in the inductor that isdissipated in to seconds, and L represent the inductance. 1. a) Show thatR=Lln[1/(1−σ)]2toThe voltage across a 100-μF capacitor takes thefollowing values. Calculate the expression for thecurrent through the capacitor in each case.a. vC(t) = 40 cos(20t − π/2) Vb. vC(t) = 20 sin 100t Vc. vC(t) = −60 sin(80t + π/6) Vd. vC(t) = 30 cos(100t + π/4) V
- How was it answered. Please answer all I will like Compute the reactance of the following...a. 5 μF capacitor at 50 Hzb. 5 μF capacitor at 100 rad/secc. 5 μF capacitor at 60 cpsd. 500 mH inductor at 50 Hze. 500 mH inductor at 100 rad/secf. 500 mH inductor at 60 cps Answers: a. -j636.6198 Ωb. -j2000 Ωc. -j530.5165 Ωd. j157.0796 Ωe. j50 Ωf. j188.4956 ΩA 200 Ω resistor, 0.900 H inductor, and 6.00 µF capacitor are connected in series across a voltage source that has voltage amplitude 30.0 V and an angular frequency of 250 rad/s. (a) What are v, vR, vL, and vC at t = 20.0 ms? Compare vR + vL + vC to v at this instant. (b) What are VR, VL, and VC? Compare V to VR + VL + VC. Explain why these two quantities are not equal.LESSON: First Order Transient Response A 15 V source is connected in series connection of a 10-ohm resistor and 0.2 Farad (capacitor) controlled by a switch initially at “off” position. Find the resulting current i(t) at t ≥ 0 when the switch is turned “on” at t = 0. Then, what is the value of the current at t = 0.001 sec.
- A heart defibrillator is used to resuscitate an accident victim by discharging a capacitor through the trunk of her body. A simplified version of the circuit is shown . (a) What is the time constant if an 8.00-μF capacitor is used and the path resistance through her body is 1.00×103 Ω ? (b) If the initial voltage is 10.0 kV, how long does it take to declineto 5.00×102 V ?A 160 μF capacitor is connected in series with a 10 Ω resistor. Write the equation of the current when the voltage is 220 Vp? a. 11.4 sin (377t + 59) b. 8.9 sin (377t – 46) c. 9.8 sin (377t + 52) d. 7.2 sin (377t + 46)In the R - C circuit shown in the figure, G(s) = Vc(s)/E(s) = ? (first condition for capacitor voltage 0) R = 2.4 Ohm, C = 220uF