Which mechanism causes increased energy loss in high-voltage AC transmission lines that pass close to an inductive load?

💡 Explanation

Energy loss increases with inductive loads due to the skin effect; the **proximity effect** constricts current flow because the magnetic field from load induces opposing circulating currents. Therefore, resistance goes up around conductors rather than other loss regimes which are constant.

• Which effect occurs on an accelerating spacecraft’s spacetime?
• Which risk increases when a DC-DC boost converter operates with discontinuous conduction mode and insufficient output capacitance?
• Which effect causes observed frequency shift as light escapes gravity?
• Which outcome occurs when a piezoelectric sensor's capacitance changes?
• Which consequence results when X-rays pass near a black hole?
• Within a magnetic hard drive, which result accompanies exceeding the Curie temperature?