This part comprises of a resistance of 40Ω in series with an inductor of inductive reactance of 50Ω. The circuit is conn
Posted: Mon May 09, 2022 8:42 am
This part comprises of a resistance of 40Ω in series with an
inductor of inductive reactance of 50Ω. The circuit is connected to
a current supply of 2A /30O. You are asked to:
1. Calculate the voltage across the resistor and the inductor
and the supply voltage
2. Draw the phasor diagram
3. Determine the phase angle and the power factor of the
circuit
4. Calculate the power (P), the reactive power (Q) and the
apparent total power (S) of the circuit.
inductor of inductive reactance of 50Ω. The circuit is connected to
a current supply of 2A /30O. You are asked to:
1. Calculate the voltage across the resistor and the inductor
and the supply voltage
2. Draw the phasor diagram
3. Determine the phase angle and the power factor of the
circuit
4. Calculate the power (P), the reactive power (Q) and the
apparent total power (S) of the circuit.