What is the maximum path that lightning can travel?

In summary, lightning has the potential to travel farther horizontally than vertically. This is due to the vast distances of the Earth's surface compared to the atmosphere. A cumulonimbus cloud, which can produce lightning, can be several miles wide and reach up to 23,000 meters in altitude. A bolt from the blue is a type of lightning that can strike from a distance of up to 50,000 meters away.
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Loren Booda
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Where does lightning have the potential to travel farther - vertically or horizontally?
 
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Loren Booda said:
Where does lightning have the potential to travel farther - vertically or horizontally?

The answer is fairly obvious once you ponder it for a few moments. First, consider how far reaching the atmosphere is vertically, then consider how much greater are the distances of the Earth's surface horizontally. Horizontal lightning arcs therefore have the greatest potential distance to travel.
 
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The base of a cumulonimbus [thunderhead] can be several miles across, and it can be tall enough to occupy middle as well as low altitudes; though formed at an altitude of about 3,000 to 4,000 meters (10,000 to 12,000 feet), its peak can reach up to 23,000 meters (75,000 feet)[citation needed] in extreme cases (http://en.wikipedia.org/wiki/Cumulonimbus" ).

A bolt from the blue is a form of lightning that strikes out of an apparently cloudless sky. In fact, it actually originates from the anvil cloud atop a thunderstorm which may be as far as thirty miles [~50,000 meters] away (http://en.wikipedia.org/wiki/Bolt_from_the_blue" ).
 
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FAQ: What is the maximum path that lightning can travel?

What is the maximum path of lightning?

The maximum path of lightning is the distance that a lightning bolt can travel before dissipating. This can vary greatly depending on factors such as the strength of the storm and the terrain.

How is the maximum path of lightning determined?

The maximum path of lightning is determined by a combination of the storm's energy, the electrical conductivity of the surrounding air, and the presence of obstacles that can disrupt the flow of electricity.

Can the maximum path of lightning be predicted?

While scientists can estimate the general range of the maximum path of lightning based on atmospheric conditions, it is difficult to predict the exact path a lightning bolt will take due to its unpredictable nature.

What is the average maximum path of lightning?

The average maximum path of lightning is around 5 miles, but it can range anywhere from a few hundred feet to over 20 miles. This is why it is important to seek shelter during a thunderstorm, even if the lightning seems far away.

Can the maximum path of lightning be increased or decreased?

The maximum path of lightning can be affected by the surrounding environment. For example, lightning is more likely to travel along metal objects, so tall buildings or structures can increase the maximum path. On the other hand, trees or other tall objects can decrease the maximum path by providing a path for the lightning to strike instead of traveling along the ground.

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