For the circuit shown below, an impedance having a constant phase angle of -36.87° is connected across the load terminals a and b in the circuit shown below. The magnitude of Z is varied until the...


For the circuit shown below, an impedance having a constant phase angle of -36.87° is connected across the load terminals a and b in the circuit shown below.<br>The magnitude of Z is varied until the average power delivered is the most possible under the given restriction<br>What settings of R and Xy transfer the most average power to the load?<br>3000 N j4000n<br>a<br>10/0°<br>V (rms)<br>b<br>Select one:<br>RL = 5000 and XL = 0<br>O b. R= 4000 and X= 0<br>O c. R= 0 and XL= -3000<br>Od. R= 4000 and XL= -3000<br>TOSHIBA<br>

Extracted text: For the circuit shown below, an impedance having a constant phase angle of -36.87° is connected across the load terminals a and b in the circuit shown below. The magnitude of Z is varied until the average power delivered is the most possible under the given restriction What settings of R and Xy transfer the most average power to the load? 3000 N j4000n a 10/0° V (rms) b Select one: RL = 5000 and XL = 0 O b. R= 4000 and X= 0 O c. R= 0 and XL= -3000 Od. R= 4000 and XL= -3000 TOSHIBA

Jun 11, 2022
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