Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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- Help me please IN THE CIRCUIT SHOWN, THE VALUE OF THE CURRENT SOURCE IS IN RMS VALUE. DETERMINE: A) THE VOLTAGE (ONLY THE MAGNITUDE) AT THE INDUCTOR TERMINALS, VL B) THE VOLTAGE (ONLY THE MAGNITUDE) AT THE RESISTOR TERMINALS, VR C) THE AVERAGE POWER ABSORBED BY THE 40 Ω RESISTORarrow_forwardConsider the following waveform. Volts 12 t (sec) Find the RMS value of the voltage waveform. Find the average power if 8 N resistor, connected across the voltage source v(t). (a) 8.165 V, 133.3 W (b) 4.260 V, 66.65 W (c) 4.082 V, 2.083 W (d) 8.33 V, 17.36 W Answer A В Carrow_forward?What is the period of the following sinusoidal voltage signal v(t) = 201 cos (318t + 71° )V .Write your answer in milli-secondsarrow_forward
- 2. A voltage waveform a) b) v(t) 20 V 0 is shown below, Calculate the average value Calculate the RMS value 10 ms 20 msarrow_forwardFind the rms value for each waveform. Calculate the average power of each waveform. v (1) V Sinusoid + Constant 0 ve ^^^ 10 Sinusoidal 0 5 -7/2 -5 i(1) MA v (V) (a) (b) 7/2 3 10 www 6 (c) T 1 9 15 r(us) t (s)arrow_forward
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