For the following circuit, find: 5 cos (100t+30°) [A] 802 wwww ZL 0.1 H a) The value of ZL that absorbs maximum average power equals 0.5 mF: b) The value of the maximum average power absorbed by ZL equals W ohms
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![For the following circuit, find:
5 cos (100t+30°) [A]
802
wwww
ZL
0.1 H
a) The value of ZL that absorbs maximum average power equals
0.5 mF:
b) The value of the maximum average power absorbed by ZL equals
W
ohms](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcbfbdb00-faa6-4da8-a2df-5b24a588f74f%2F38561a70-e355-468d-9fbf-281f785b1326%2F9r7g1mk_processed.jpeg&w=3840&q=75)
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- If the rms phasor of a voltage is given by V=12060 volts, then the corresponding v(t) is given by (a) 1202cos(t+60) (b) 120cos(t+60) (c) 1202sin(t+60)1.A sinusoidal voltage wave has an RMS value of 70.71 V and a frequency of 60 HZ. Determine the value of the voltage 0.0014 second after the wave crosses the wt axis. 2. The voltage and current of an AC circuit are as follows e= 141.4 sm 377t V and i= 10sin (377t - 150) A. Find the phase angle. 3. Determine the average power delivered to networks having the following input voltage and current.a. e= 100 sin ( wt+ 40 degree)i= 20 sin ( wt + 60 degree)b. e= 150 sin ( wt -70 degree)i = 3 sin ( wt - 50 degree)Find the average power for each element in the given circuit. In the given circuit, Vm 46.0020° V. (Include a minus sign if necessary.) Vm ΔΩ www j2 m -j2: 20/90° The power absorbed by the resistor is W. The power absorbed by the 46.0020° V source is The power absorbed by the 20.90° V source is The power absorbed by the inductor is W. The power absorbed by the capacitor is W. W. W. (Round the final answer to three decimal places.)
- The rms current in a 33.0-0 resistor connected to an AC source is 2.80 A. (a) What is the rms voltage across this resistor? V (b) What is the peak voltage of the AC source? V (c) What is the average power dissipated by the resistor? W (d) What is the maximum current across this resistor? ACalculate the value of ZL in the circuit in order for ZL to receive maximum average power. What is the maximum average power received by ZL?Problem # 1. 1. Find the average power (at RMS value) absorbed by the resistor and inductor. Note the given voltage is not yet in rms value. I 10/60° www {222 j2z
- The maximum transferred average power to a load without restrictions calculated in terms of the RMS (effective) value of Vth is: Select one: O a. IVthl/Rth O b. Vthl2/4.Rth OC. IVl²/8.Rth O d. IVl²/2.RhA harmonic analysis of the current drawn by a CFL yields the following data. Find the rms value of current and the wwwwwwww total harmonic distortion (THD). Harmonics rms Current (A) 1357a 0.15 0.12 0.08 0.03 0.02For the current waveform shown below: A. If A and B = 15.30 A, the average value of the current is _ A. B . If A and B = 8.80 A, the RMS value of the current is A. For the current waveform shown below: A 10π 17π 9 9 π 2π wt B 2
- Two ac generators supply the same voltage. However, the first generator has a frequency of 1.2 kHz, and the second has a frequency of 5.7 kHz. When an inductor is connected across the terminals of the first generator, the current delivered is 0.15 A. How much current is delivered when this inductor is connected across the terminals of the second generator? Note: The ac current and voltage are rms values and power is an average value unless indicated otherwise. Number i Units 1₂ L 0000 V sin 2π f₁t Circuit 1 12 L 0000 Vo sin 2x f₂t Circuit 2Find the average power for each element in the given circuit. In the given circuit, Vm= 42.00z0° V. (Include a minus sign if necessary.) 4Ω j2 Vm -j2: 20/90° The power absorbed by the resistor is The power absorbed by the 42.0020° V source is The power absorbed by the 20290° V source is The power absorbed by the inductor is The power absorbed by the capacitor is W. W. W. W. W. (Round the final answer to three decimal places.)Consider the system in the figure to the right. The Zbus for the system is given as follows: [j0.411 j0.310 j0.3541 Zbusj0.310 j0.446 j0.333 Lj0.354 j0.333 j0.450] j0.8 1.28/0 ele j0.2 vor j2.0 j0.5 m j0.4 m 2 a) Find the voltage at each bus. b) Find the current drawn by a capacitor having a reactance of 5.0 PU connected from bus 3 to the reference. c) Find the change in voltage at each bus when the capacitor is connected at bus 3. d) Find the voltage at each bus after connecting the capacitor. j1.0 1.20/30°