When lightening strikes a human, it will need to travel through the person. Depending on where is travels through the person greatly determines if the person survives the event. Crouching with your arms around your legs is considered a position which is most safe.
Lightning rods work by providing a path of least resistance for lightning to follow, directing the electrical current safely into the ground instead of through the building. This helps protect the building from damage caused by a direct lightning strike.
Air is an insulator .......but still the lightning travels through it by ionising it.On the other hand water is a good conductor and ligthning finds path through it to reach the earth.Thus ligthning travels faster through air that has moisture than dry air.
Rubber is an insulator, meaning that it does not conduct electricity very well. When lightning strikes, the electrical current follows the path of least resistance, which is usually a conductor like metal. Rubber shoes do not conduct electricity, so the lightning does not pass through them to reach the ground.
A person cannot hold a lightning bolt because it has extremely high electrical voltage and current, which can cause serious injury or death. Lightning seeks the path of least resistance to the ground, and if a person were to try to hold a lightning bolt, it would travel through their body to reach the ground, resulting in electrocution.
Lightning rods are effective in protecting buildings from lightning strikes by providing a path for the electrical current to safely travel to the ground, reducing the risk of damage to the structure.
The path that a lightning bolt travels through is called a lightning channel. Lightning channels can be several miles long and are formed when an electrical breakdown of air creates an ionized path for the current to flow through.
Lightning follows the easiest path to discharge its energy. Ionized air during a storm causes the lightning to seek that quickest path. A lightning rod's sole purpose is to attract any lightning in the presence of ionized air to come toward the rod. So for example, lightning will seek the closest metal or tall object (including humans).
Lightning can strike humans when they are in close proximity to a lightning strike, such as standing under a tree or near metal objects. The human body can become a path for the electrical current to travel, resulting in a lightning strike. In such cases, the lightning can cause serious injury or even death.
lightning does not require water vapour in the air. It travels at light speed (approx) through an ionized path.
Lightning rods are designed to provide a path for lightning to strike the earth safely by conducting the electrical current from the cloud to the ground. By offering a low-resistance path, they help protect buildings and structures from damage caused by lightning strikes.
Knowing that lightning will strike sooner or later, and that when it does, it will take the path of least resistance between a thundercloud and the ground, the purpose of a lightning rod is to make sure that when lightning does happen, it strikes where you want it to, and takes the path to the ground that you want it to, rather than taking the path through somebody's house, tree, or body.
A lightning arrester (or lightning rod) works by providing a low resistance path to earth. This directs a lightning strike down the side of a building instead of it spreading through the electrical system.
When Lightning strikes humans or some humans houses are destroyed. So the humans rebuild their house and get new and better supplies for it.
Lightning bolts are not straight because they are looking for the path of least resistance Lightning bolts want to find the path of least resistance so they can make it to the ground faster. Lightning bolts are zig-zag because they are finding the easiest path to the ground.
The lightning has no path to ground.
Lightning zigzags because it is following a path of least resistance through the air. The electric current within the lightning bolt seeks out the easiest route to the ground, which often results in the zigzag pattern as it moves through different pockets of charged air.
When lightning strikes, it can create parallel streaks of lightning in the sky. This occurs when the electrical discharge follows a relatively straight path through the atmosphere. This phenomenon can result in a spectacular display of multiple streaks of lightning running parallel to each other.