to concentrate the electric field there, making it easier to breakdown the air dielectric and discharge accumulated atmospheric electric charge.
Answer: Well, you wouldn't. Lightning would most likely strike and injure or kill you. A lightning rod is a vertical pointed metal rod placed on the tops of buildings. They are connected by heavy wire to a good ground system buried in the ground, or perhaps grounded to the building's plumbing system. When lightning conditions exist, the lightning rod will draw off the electrical buildup, preventing a lightning strike from occurring. The building below the lightning rod is protected from lightning strikes, too.
A lightning rod is a very sharply pointed metal rodmounted high on a building or other structure that could be damaged if lightning struck it, with the point of the rod pointing directly up. The lightning rod is connected by a wire to a grounding rod driven deeply into the earth, to provide a discharge path for the lightning rod.When a thunderstorm passes over, the electrical strain in the air causes a corona discharge from the sharp point of the lightning rod grounding the air above the building. In many cases this cone of grounded air above the building slowly discharges the electrical strain and prevents an actual lightning strike.Should a lightning strike happen anyway it will follow the cone of grounded air (as it is the highest conductor) toward the lightning rod, then down the wire to the grounding rod where it disperses safely in the earth. Should this actually happen the system must be inspected for damage, especially the wire as it may partially melt (in which case it must be replaced for continued protection)!
Yes, the lightning rod has significantly improved since its inception. Modern lightning rods are made of conductive materials and designed to safely direct lightning strikes away from buildings and structures, reducing the risk of fire or damage. Advances in technology have allowed for the development of more effective lightning protection systems that can minimize the impact of lightning strikes.
The electricity from lightning will follow a wire from the lightning rod to the ground.
No, Its inpossible as of now to usa a lightning bolt or rod in any way. It has much to much raw energy.
A lightning rod.
The lightning rod was first thought of in 1770 and was actually made in 1772 ~silence dogood~
metal
Steel metal
A lightning rod is a very sharply pointed metal rodmounted high on a building or other structure that could be damaged if lightning struck it, with the point of the rod pointing directly up. The lightning rod is connected by a wire to a grounding rod driven deeply into the earth, to provide a discharge path for the lightning rod.When a thunderstorm passes over, the electrical strain in the air causes a corona discharge from the sharp point of the lightning rod grounding the air above the building. In many cases this cone of grounded air above the building slowly discharges the electrical strain and prevents an actual lightning strike.Should a lightning strike happen anyway it will follow the cone of grounded air (as it is the highest conductor) toward the lightning rod, then down the wire to the grounding rod where it disperses safely in the earth. Should this actually happen the system must be inspected for damage, especially the wire as it may partially melt (in which case it must be replaced for continued protection)!
A lightning rod is a very sharply pointed metal rodmounted high on a building or other structure that could be damaged if lightning struck it, with the point of the rod pointing directly up. The lightning rod is connected by a wire to a grounding rod driven deeply into the earth, to provide a discharge path for the lightning rod.When a thunderstorm passes over, the electrical strain in the air causes a corona discharge from the sharp point of the lightning rod grounding the air above the building. In many cases this cone of grounded air above the building slowly discharges the electrical strain and prevents an actual lightning strike.Should a lightning strike happen anyway it will follow the cone of grounded air (as it is the highest conductor) toward the lightning rod, then down the wire to the grounding rod where it disperses safely in the earth. Should this actually happen the system must be inspected for damage, especially the wire as it may partially melt (in which case it must be replaced for continued protection)!
Answer: Well, you wouldn't. Lightning would most likely strike and injure or kill you. A lightning rod is a vertical pointed metal rod placed on the tops of buildings. They are connected by heavy wire to a good ground system buried in the ground, or perhaps grounded to the building's plumbing system. When lightning conditions exist, the lightning rod will draw off the electrical buildup, preventing a lightning strike from occurring. The building below the lightning rod is protected from lightning strikes, too.
Such a rod would not be a lightning rod. It would not attract lightning and would not work as a lightning rod. In fact, it would do nothing but stand up and occupy space.
* lightning rod * Franklin stove * odometer * bifocals* lightning rod * Franklin stove * odometer * bifocals* lightning rod * Franklin stove * odometer * bifocals* lightning rod * Franklin stove * odometer * bifocals* lightning rod * Franklin stove * odometer * bifocals* lightning rod * Franklin stove * odometer * bifocals
A lightning rod is designed to attract and divert a lightning bolt and has no power of its own
hold a lightning rod up to the sky while lightning is striking
I do not think you would need to insure an lightning rod.