lightning looks for the quickest route to the ground so that it can have a neutral charge as right now it has a negative charge, the ground is willing to except the electrons, so after the lightning hits the objects it goes down into the ground
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Lightning is attracted to tall objects because they provide a quicker and more direct path to the ground, compared to surrounding objects. Tall objects reduce the distance lightning needs to travel, making them more likely to be struck.
Because for example: a skyscraper is taller a house, so would have a greater chance of being hit because it is closer to the sky so it would be easier for the lightning to hit the skyscraper than to travel all the way down to hit the smaller house.
Lightning is electricity, electricity will follow the path of least resistance a tree or you has less resistance than air so lightning will hit the tree instead of just the ground. (Electricity will always flow towards the ground)
Electricity seeks the path of lowest resistance. Arcing to a tall (typically wet) thing usually has a much lower electrical resistance than arcing through the air to the ground.
Last time I read about it we were not entirely sure how electrical paths are "chosen" by lightning - speculation includs air ionized by cosmic rays or some such thing - but if that path comes close enough to a tall object it will be a preferred path.
It’s because it’s the easiest path for the lightning to take. NOT for the other answer a wiki user put.
A lightning bolt only is 1/2 an inch wide, but looks tremendously larger due to luminosity.
Thunder occurs when lightning heats up the air, causing it to expand and create a sound wave. The zigzag pattern of thunder is due to the way lightning branches out in different directions before connecting back to the ground. This branching path of lightning creates a zigzag pattern of sound waves that we perceive as thunder.
That description matches ball lightning, a rare atmospheric phenomenon where glowing balls of light seem to float in the air during thunderstorms. Ball lightning is not completely understood by scientists and remains a topic of research and speculation.
No, lightning and thunder occur simultaneously. Lightning is the visible discharge of electricity that occurs during a thunderstorm, while thunder is the sound produced by the rapid expansion and contraction of air surrounding a lightning bolt. The speed of light is faster than the speed of sound, so we see the lightning before we hear the thunder.
The temperature of the sun's core is much hotter than a lightning bolt on Earth. The sun's core reaches temperatures of approximately 15 million degrees Celsius, while a lightning bolt can reach temperatures of about 30,000 degrees Celsius.