Inductive _____ is a force that opposes a change in the direction of current flow on a conductive path.

Inductive reactance is a property encountered in electrical circuits and is defined as the opposition to current flow due to the inductance present in a coil or winding. When the current in an inductor changes, it creates a magnetic field that induces a voltage opposing the change in current, a principle articulated by Lenz's Law. This phenomenon results in reactance, which varies with both the frequency of the current and the inductance of the coil.

Understanding inductive reactance is crucial in designing and analyzing circuits, especially those that involve alternating current (AC), where the change in current is continuous. This aspect of inductive reactance allows for controlling current flow efficiently, ensuring stability and functionality in electronic devices.