(1 point) When an ac source with a peak potential difference of 32 V is connected...
(1 point) When an ac source with a peak potential difference of 60 V is connected to a series RLC circuit, the peak current is 2 A. The capacitor is C = 35 uF, the frequency is 140 Hz, and the current leads the potential difference by 50°. Find the resitance and the inductance. R= 12 L = H
(1 point) When an ac source with a peak potential difference of 48 V is connected to a series RLC circuit, the peak current is 5 A. The capacitor is C = 50 uF, the frequency is 120 Hz, and the current leads the potential difference by 55º. Find the resitance and the inductance. R= 12 L = Н.
(1 point) When an ac source with a peak potential difference of 46 V is connected to a series RLC circuit, the peak current is 3 A. The capacitor is C 10 pF, the frequency is 110 Hy, and the current leads the potential difference by 35o. Find the resitance and the inductance. R= Ω L= H
(1 point) When an ac source with a peak potential difference of 46 V is connected to a series RLC circuit, the peak current is 3 A. The capacitor is C = 104F, the frequency is 110 Hz, and the current leads the potential difference by 350. Find the resitance and the inductance. RE 46/3 12 0.225 H
When an ac source with a peak potential difference of 42V is connected to a series RLC circuit, the peak current is 4 A. The capacitor is C = 20 μF, the frequency is 60 Hz, and the current leads the potential difference by 30 ∘ degrees. Find the resitance and the inductance. R = Ω L = H
In an RLC series circuit, the source has a peak potential difference of 150V, and a frequency of 65?Hz. Take ?=15Ω, ?=180?F, ?=0.1H. c) the average power delivered by the source; W d) the power factor. (1 point) In an RLC series circuit, the source has a peak potential difference of 150 V, and a frequency of 95 Hz. Take R = 1512, C = 180 uF, L = 0.1 H. Find: a) XL and Xc; XL = 13 12...
(1 point) In an RLC series circuit, the source has a peak potential difference of 120 V, and a frequency of 55 Hz. Take R=1212, C = 170 uF, L = 0.3 H. Find: a) X and Xc; XL XC = 12 = 12 b) the phase angle; degrees c) the average power delivered by the source; W d) the power factor.
2. An AC power source with V 220 V and f60.0 Hz is connected in a series RLC circuit. The resistance, R. inductance, L, and capacitance. C. of this circuit are, respectively. 46.0 12, 0.150 H. and 0.035 mF. Find each of the following quantities, (a) the inductive reactance, the capacitive reactance, (c) the impedance of the circuit (d) the maximum current through the circuit (based on the frequency given above) (e) the maximum potential difference across each circuit element...
(1 point) In an RLC series circuit, the source has a peak potential difference of 150 V, and a frequency of 70 Hz. Take R = 2012, C = 260 pF, L = 0.1 H. Find: a) XL and Xc; XL = 12 Xc = 12 b) the phase angle; degrees c) the average power delivered by the source; W d) the power factor.
(1 point) In an RLC series circuit, the rms potential difference provided by the source is V = 150 V, and the frequency is f 240 Hz. Given that L = 0.1 H, C = 40 uF, and VR = 20 V, find: T a) I (rms); I A b) R; R 12 c) VL (rms); VL: V d) Vc (rms). Vc = V