A resistor of 25 ohm is connected in series with a capacitor of 45µF. Calculate the impedance, and the current taken from a 240V, 50 Hz supply. Find also the phase angle between the supply voltage and the current.
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- In an R-L parallel circuit, ET=240 volts, R=560 R = 560 2, and XL=330. Find reactive power.6) A circuit consisting of a resistor in series with an inductance takes 210W at a power factor of 0.6 from a 50V, 100 Hz supply. Find (a) the current flowing, (b) the circuit phase angle, (c) the resistance, (d) the impedance, (e) the inductance.A 120 V, 60 Hz power source is connected across an 800 ohm resistance in series with an unknown capacitor. The voltage drop across the resistor is 102 V. Find the, a.) current of the circuit b.) impedance of the circuit c.) Capacitive reactance d.) capacitance value.
- A coil with an inductance of 100 mH is connected in series with a resistance of 20 Ω. To this system If 110 V AC with a frequency of 25 Hz is applied, the impedance, current, resistance and coil of the system Find the voltage at the terminals, active, reactive and apparent power values of the system.(b)A circuit consisting of a resistor in series with an inductance takes 210W at a power factor of 0.6 from a 50V, 100Hz supply. Find (a) the current flowing, (b) the circuit phase angle, (c) the resistance, (d) the impedance and (e) the inductance.A resistance of 1.5kΩ, an inductance of 2.5H, and a capacitor of 6 micro Farads, each are connected in parallel with a 220-V generator, with frequency 60 Hz. a) What is the phasor relationship between the current and the voltage in the circuit? b) Calculate the real(P) power c) Calculate the reactive(Q) power d) Calculate the apparent(S) power
- The network shown in Figure 1 has a total active power of 2253W. Determine (a) the totalimpedance, (b) the supply current, (c) the apparent power, (d) the reactive power, (e) thecircuit power factor, (f) the capacitance of the capacitor to be connected in parallel withthe network to improve the power factor to 0.90 lagging if the supply frequency is 50 Hz.A 5-ohm resistor is connected in series with a 25 micro-farad capacitor. A source voltage of158 volts, 50 Hz supplies the combination. Determine the following: e. Reactive power supplied by the sourcef. Apparent power of the circuitg. Power factor of the entire circuitA series circuit consists of resistance of 10 ohm, an inductance of 200/π mH and capacitance of 1000/π μF . Calculate (a) the current flowing in the circuit if supply voltage is 200 V, 50 Hz, (b) power factor of the circuit, (c) power drawn from the supply. Also draw the phasor diagram.
- A series circuit composed of a resistance of 24 ohms, an inductance of 0.09 henry and a capacitance of 8 microfarad, is connected to a 120-volt 50-Hz supply. Calculate the (a) power factor of the circuit, (b) total reactive power, (c) voltage drop accross the inductor.A 480-V rms, 60 Hz source supplies a load having a total impedance of 50 angle 60° ohms. Find the capacitance of a parallel capacitor that will correct the overall power factor to 0.9 lagging.A parallel circuit of 25 – ohm resistor, 64 – mH inductor and 80 - μF capacitor connected across a 110 V, 50 Hz, single phase supply is shown in the figure below. Calculate: a.) the current in the individual element, b.) the total current drawn from the supply, c.) overall power factor of the circuit. Draw a neat phasor diagram showing IR, IL and IC.