1. The voltage source in the following figure (Fig. 11.44b) has the frequency limits shown. Calculate the circuit current and impedance values at the frequency limits of the source. 47 mH f=4 kHz to 11 kHz R • 3.3 ΚΩ
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- For your answers, write out the units (i.e. millivolt). For the circuit shown in Figure 11 below, calculate: a. The capacitive reactance: b. The total impedance: c. The total current: d. The voltage across the capacitor: e. The voltage across the resistance: f. The phase angle between the output and the input voltage: 43 F Partly cloudy 10 N /= 1.5 kHz 0.01 uF -|- Figure 11 1k O Search Your LOLThe voltage applied to the metal grid of CRO is negative with respect to cathode. Select one: O True O False The sinusoidal current waveform having the maximum value of 30 A then the R.M.S value is Three coils each having resistance of 29 n are connected in star across 436 V, 50 Hz supply. Then the total power consumed is O 19665.10 W O 3784.66 W O 755.20 W O 226.05 WGive reply asap
- The voltage applied to the metal grid of CRO is negative with respect to cathode. Select one: O True O False The sinusoidal current waveform having the maximum value of 30 A. then the R.M.S value is Three coils each having resistance of 29 0 are connected in star across 436 V. 50 Hz supply. Then the total power consumed is O 19665.10 W O 3784.66 W O 755.20 W O 226.05 WA load is connected to a 210 V, 50 Hz supply. If it has resistance of 30 02 and a capacitor of 0.25 mF, the apparent power is Select one Oa. 1355.3VA Ob. 1875,6 VA Oc. 275.6 VA d. 1438.6 VAA 43mH coil in series with a 1200 ohm resistor across a sine wave ac voltage source with a frequency of 6 kHz. The total impedance for the circuit is O 1620 46.5° ohm esc 2017 53.5° ohm 1200 53.5° ohm 2820 46.5° ohm ! 1 Q ← 2 W #3 C E $ 54 R G Search or type URL % 5 MacBook Pro T A 6 Y & 7 ☆ U * 8 + 1 ( 9 ( 0 ) 0 4) P + O = [ delete
- 1:45 Capture1.PNG * Q/ Find the active and reactive power for below circuit, the frequency = 50 Hz for all circuit? 100 10 16HF 100 V 1 mH3) An alternating current of frequency (60Hz) has a maximum value of (100A), the instantaneous i is given by :i =Im sin(2πft) , the instantaneous value after (1/250)sec is 99A 99.5A 99.8A Not any of the aboveCalculate the rms value of the output voltage of an AC-AC converter with the following specifications. Vs—110*sqrt(2)*sin(wt), Alpha Pi/6
- In a 132 kV, 50 Hz system, reactance and capacitance up to the location of the circuit breaker is 50 and 0.02 μF respectively. A resistance of 500 is connected across the breaker of the circuit breaker. The damped frequency of oscillation is (in kHz)PleaseAn rms voltage of 22.2 V with a frequencyof 1.00 kHz is applied to a 0.290-mH inductor. (a) What is the rmscurrent in this circuit? (b) By what factor does the current changeif the frequency of the voltage is doubled? (c) Calculate the current for a frequency of 2.00 kHz