How far does electricity travel in the ocean?
Salt water is an excellent conductor of electricity. Experiments have been conducted that show the electricity should dissipate to a safe level by about 50 metres.
What will happen if electric current is passed to an ocean?
The current will take a more or less straight path to the ocean floor, and the sea water which is a very good electrolyte will start breaking down into chlorine gas and sodium ions, which will combine with the remaining water to form sodium hydroxide and generate a lot of heat.
Can electricity travel through ocean?
Dave – Seawater conducts electricity reasonably well, but not very well. It’s about a 10 millionth as good as copper. So, you will get electricity flowing through it, but it will also depend on where the other cable is because electricity always moves from one place to another place.
How far does lightning travel through salt water?
Basic principles suggest that the answer is ‘very close’ – within maybe tens of metres – so long as you are totally immersed in the water when the lightning strikes.
How far does lightning travel in the water?
Because seawater is a good conductor, the remaining current penetrates hemispherically downward and fully dissipates less than 10 feet below the surface. It is believed that lethal current spreads horizontally only 20 feet from the position of strike impact.
Can you electrocute the whole ocean?
Nope. Even if you could put a giant cathode and anode at the north and south pole, respectively, you have no way to force the current to flow evenly through all the world’s oceans.
How far can electricity travel through the ground?
Typical voltages for long distance transmission are in the range of 155,000 to 765,000 volts in order to reduce line losses. A typical maximum transmission distance is about 300 miles (483 km).