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100 miles (160 km)
Electricity travels very far in the ocean. It can travel up to100 miles (160 km)from the coastline. The electricity can travel in both the water and the air.

## Can electricity travel through water?

Electricity can travel through water, but the distance it can travel depends on the type of water and the voltage of the electricity. Freshwater is a better conductor of electricity than salt water, so electricity can travel farther in freshwater than in salt water. The voltage of the electricity also affects how far it can travel in water.

## How far does Lightning travel in water?

How far the charge travels depends on the intensity of the lightning, topography of the water, salinity and temperature. Lightning does not penetrate deep into water, but the charge disperses in all directions, favoring the surface. Despite water being a good electrical conductor, lightning doesn’t travel further in water than over land.

## Can You electrocute the ocean?

No, you cannot electrocute the ocean. The ocean is made up of salt water, which is a good conductor of electricity. However, the amount of electricity in the ocean is so small that it is not enough to cause any harm. You might be interested: The World Is A Book, And Those Who Do Not Travel Read Only A Page?

## How far can electricity travel through the air?

While the exact answer to this question depends on a number of factors, including the voltage of the electricity and the humidity of the air, in general, electricity can travel through air for quite a distance. In fact, electricity can travel through the air for miles under the right conditions.

## How many amps does lightning have?

According to Science blogs, lightning can generate up to 300 million volts and 10, 000 to 20, 000 amps. A lightning strike at the surface can produce powerful sound waves up to 260 decibels and cause some local warming of water. ADVERTISEMENT.

## How far does lightning travel through water?

Generally, lightning can travel for 20 feet through water before dissipating. How far the charge travels depends on the intensity of the lightning, topography of the water, salinity and temperature. Lightning does not penetrate deep into water, but the charge disperses in all directions, favoring the surface.

## Does lightning travel farther in water?

Despite water being a good electrical conductor, lightning doesn’t travel further in water than over land. On the ground, electrical current spreads out in streams, and this allows it to go farther than if it dissipated uniformly through the water. The uniform dissipation of the electrical charge means that the total affected area is larger than on land, but the distance at which the charge remains dangerous is significantly smaller.