No, Most electricity these days has to be moved long distances between the place it is created and the place where it is used. The best way of doing that is to use Alternating Current. The longer the distance the electricity need to travel the more of it is lost through the wires used to transport it.
No; while the speed of light is a constant, the speed of electricity is dependant on many cofactors.
the scientific term constant is used in a sentence like : the constant in this expirement is the electricity that hits the earth or the gravity in a classroom that keeps you from floating out of your seat ..
No because the wind does not blow all the time and when it is not blowing no electricity is generated. Thus to fill in these gaps we need alternate sources of electricity generation.
That is called conductivity.
From the constant licking of their ballsacks, which generates static electricity to power their bodies for about four and a half hours.
The advantage is that wind is renewable- it does not get used up. Disadvantages- the wind does not always blow, it does not blow at a constant speed, and it does not always blow where electricity is needed. It can be costly to generate and store electricity from wind energy.
No the turbines are turned of while the reactors are being refuled.
Constant maintenance, Initial costs and repair work for the structure. The electricity it produces is cheap though.
we can produce the electricity how i can explain energy is universal constant we now that energy is neither be created not be destroyed so we want to know that why the thunder is produced and then we can made artificial and we can generate power
The electricity is not reusable, but as the water used in the process comes from rainfall which continues every year according to the weather, it is renewable, ie the source of the energy is constantly renewed, being driven by the solar energy which is constant.
It supplies a constant flow of water and helps with agriculture.
It's a standing pilot light, the flame also produces constant low levels of electricity (Millivolts) to control the safety and gas valves.