For a given amount of power, a higher voltage reduces the current and thus the resistive losses in the conductor.

For double-layer capacitors with resistive losses the shape changes into a parallelogram.

Because they have lower resistive losses than an inductive ballast, they are more energy efficient.

The higher current results in greater resistive losses in the cabling.

Often the stator conductors are cooled to reduce, but not eliminate, their resistive losses.

Reduced resistive losses but only in the rotor electromagnet.

The induction of eddy currents within the core causes a resistive loss.

In addition there are usually resistive losses.

These expressions neglect the effect of resistive loss in the walls of the waveguide.

At high frequencies, a dielectric can have a significant resistive loss.