Find the RMS voltage of a waveform whose voltage is v(t) = 17sin(70t) Vp
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- Determine the peak-to-peak voltages, RMS voltage, frequency, period and phase shift for the following expression: v(t) = −10 sin (2π 250 t + 180°).Given the time-varying voltage: v(t)= 60 · sin( 377 · t + 60°) Express the voltage as its (RMS) phasor equivalent V.44. The equation for 60 cycles current sine wave having RMS value 30 amperes, will be __ A. 42.4 sin120pi t Amp B. 30 sin 120t AmpC. 30 sin60t AmpD. 42.4 sin 60pi t Amp
- Two electric devices A and B are connected in parallel, and the rms current in A is 15 amp. If the current in B lags behind A by pi/3 radians and the line current is 23.4 amp, determine the current in B.Find the average power on the load, given the circuit presented below. The load resistance is 255Ω, the peak AC voltage is 158V, and the firing angle 53 degrees. Express your answer in 2 decimal places. ..The voltage and current at the terminals of the element are v=250 cos 800πt V, i=8 sin 800πt A. Find the average value of p in the interval 0≤t≤15.625 ms.
- 13. If an AC signal has an average voltage of 18 V, what is the rms voltage? a. 19.9930 V b. 25.4558 V c. 28.2743 V d. 39.9860 VA coil has a resistance of 50 ohms and an inductance of 0.5 Henry. What is the RMS value of current flowing in the coil if the supply voltage is Vt = 500sin377t.The voltage applied to a coil having R-2002 ohm, L-638 mH is represented by e=20 sin 100 ? t. Find a corresponding expression for the current and calculate the average value of the power taken by the coil.
- A resistor whose resistance is 50Ω is traversed by an alternating current that obeys the function I (t) = 8√2 sin (120πt) determinea) the rms value of the current and the rms value of the electrical potential difference.b) a power dissipated by the resistorIn the inductor circuit, if the source voltage, V1, is 8.7∠10° Vp, what would be the voltage in RMS?A voltage is given by the following expression: v(t) = 550*Sin(377*t + 45) Determine: Amplitude, RMS value, Frequency in Hertz, Phase Angle in Radians