In a simple circuit with resistance, phase between AC emf and AC current is

In a simple A.C. circuit containing resistance, the current

In an A.C. circuit, a resistance of R Omega connected in series with an inductance If phase angle between voltage and current 45^@ . Then what will be the value of inducti reactance ?

In an AC circuit, a resistance of Rohm is connected is series with an inductance L . If phase angle between volage and current be 45^(@) , the value of inductive reactance will be

In an AC circuit, a resistance of Rohm is connected in series with an inductance L . If phase angle between volage and current be 45^(@) , the value of inductive reactance will be

In an AC circuit, a resistance of Rohm is connected is series with an inductance L . If phase angle between volage and current be 45^(@) , the value of inductive reactance will be

In an a.c. circuit, a resistance of R Omega is connected in series with an inductance L. If phase angle between voltage and current be 45^@ , the value of inductive reactance will be

The power factor of an, ac circuit is 0.5 Phase , difference between voltage , and current in this circuit is

In an A.C. circuit, a resistance R=40 Omega and an inductance L are connected in series. If the phase angle between voltage and current is 45^(@) , then the value of the inductive reactance will be