Want this question answered?
Alternating current, yes. But it is not quite correct to say "electrons move to the homes... " rather, it is the CURRENT that moves to the home. It is more like a wave, where the energy is transmitted from one particle to the next.
Alternating current is better than direct current for transmission.
AC, Alternating Current.
Power lines carry electricity as alternating current.
It's alternating current
In order to be transmitted long distances, voltage is raised. At the destination, voltage is lowered again to be used. This permits transmission for several miles, which wold not be possible at lower voltages.
alternating current is easier to transfer long distances
It is alternating current (AC) that is transmitted between electrical pylons.
Because AC allows the power to be transmitted over distance at high voltage and then transformed down for the users.
Less loss when transmitting over long distances.
Two reasons: 1. Alternating current does not loose as much power over long distance. 2. Alternating current can be stepped up or down through transformers, allowing AC to be transmitted at high voltage (even less current loss) and then it can be stepped back down inside your home. For short distances and if there is no need to step up or down, DC is fine.
Electric current from a generating plant is a alternating current transmitted at high voltages, but usually used at low voltages.
Alternating current, yes. But it is not quite correct to say "electrons move to the homes... " rather, it is the CURRENT that moves to the home. It is more like a wave, where the energy is transmitted from one particle to the next.
Alternating current (AC) is easier to transmit over long distances than is direct current (DC).
Thomas Edison believed it was dangerous to fool around with alternating currents and promoted the use of direct current instead. He was in a bitter rivalry with Nikola Tesla, who championed the use of alternating current for its efficiency over long distances.
alternating current is easier to transfer long distances
In North America the electrical system is alternating current at a frequency of 60 Hertz. Europe and the UK use alternating current at a frequency of 50 Hertz. Direct current systems are obsolete because of the inability to transmit the voltage over long distances.