Want this question answered?
Yes but it's no the greatest conductor for long distances
Although N. Tesla invented many things, probably the most important invention was the alternating current (AC) motor. This allowed the world to use AC generating and transmission lines to transmit electricity over great distances with little power loss. Direct current cannot be generated or transmitted over long distances without great losses due to resistance.
Short distances Medium distances and Long distances
Gravity is the most effective over long distances.
Through power lines which operate at high voltage over long distances, this is then stepped down to domestic level, either 120 or 240 volts
Because wires are not perfect conductors, energy is released as heat. This is why electricity is transmitted at very high voltage and low current to reduce energy loss.
the signal goes out of sink due to refraction
Electricity is transmitted at a high voltage of 400000 volts so that it may be able to travel for a long distance.
Increased wire or cable length causes the voltage to drop, this loss of charge is converted to heat and can cause electrical fires and damage to electronics.
alexander graham bell
Yes but it's no the greatest conductor for long distances
A: It does not loose its strenght it just becomes less due to the resistances or impedance's along the way.
To say that you cannot transmit electricity wirelessly is completely wrong. You can actually transmit electricity through the air by magnetic field through a mechanism called "inductive coupling" or "resonance coupling" over short distances. Over long distances, you can convert it to microwaves. However, it has not become popular due to various reasons.
Short distances Medium distances and Long distances
Although N. Tesla invented many things, probably the most important invention was the alternating current (AC) motor. This allowed the world to use AC generating and transmission lines to transmit electricity over great distances with little power loss. Direct current cannot be generated or transmitted over long distances without great losses due to resistance.
Electro motive force = EMF = Voltage.
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.