yes it is very harmful
direct current
Thomas Edison promoted direct current (DC) as the preferred method of electrical distribution. He believed DC was safer, cheaper, and more efficient than alternating current (AC) which was being championed by his rival, Nikola Tesla.
Alternating current is more effective for long-distance travel than direct current because it can be easily converted to higher voltages, which reduces energy loss during transmission over long distances. This is due to the ability of alternating current to use transformers to increase voltage and decrease current, resulting in lower energy losses compared to direct current.
alternating current is easier to transfer long distances
Depending on how it's used, it can mean air conditioning, or it can mean alternating current (as electrically powered) as opposed to battery powered (DC, which is direct current). Or Animal Crossing
Alternating current is more efficinent. It is wireless and more efficient than direct current. And it is safer. Plus Tesla is better than Edison
A direct current involves change of flow in a single direction. DC (direct current), at least on the macro scale. On the atomic scale, they seem to wander all over the place between atoms, and the average movement is what we measure as current.
No, This will act in reverse.Note: This will act only for alternating current and there will be no effect on direct current.
No, it is the same. DC stands for direct current rather than AC, which is alternating current.
Alternating current is considered better than direct current because it can be easily transformed to higher or lower voltages, making it more efficient for long-distance power transmission. Additionally, AC allows for the use of transformers, which are essential for distributing electricity to homes and businesses.
alternating current is easier to transfer long distances
A rectifier is used to convert alternating current (AC) to direct current (DC). The rectifier allows current flow in one direction only, converting the back-and-forth flow of AC to a constant flow in DC circuits.