Oh, yes. It might even kill you.
When lightning strikes near you, it means that a discharge of electricity has occurred between the clouds and the ground. To stay safe during a thunderstorm, it is important to seek shelter indoors, avoid open areas, stay away from tall objects, and refrain from using electronic devices or plumbing.
Lightning strikes strike near water because water is a good conductor of electricity. Most lightning strikes happen by the ocean because the salt makes it an even better conductor at electricity than fresh water.
When lightning strikes galvanized metal, the electricity will pass through the metal due to its conductivity. This can cause the metal to become extremely hot, potentially leading to a fire or explosion if the metal is near flammable materials. Additionally, the impact of the lightning strike can damage the metal structure or any connected electrical systems.
Lightning conductors are not put up to get hit by lightning as such. They can and do get hit by lightning but the expression "conductor" is a misnomer. They act as a discharge to ground to prevent the buildup of static charge in an approximate "sphere" from the tip of the rod to the surrounding ground. Any lightning strike will tend to go across the surface of this sphere and provide protection for the people under the sphere. Thus standing near the tall building usually gives complete protection. The taller the building the better and wider is the protection
> No lightning can hit a building affecting the lighting that comes from the fan > or can short circuit the house but not directly hit a ceiling fan. > Answered by SMCherry originally. I disagree with SMCherry on this. I do agree that it is highly unlikely a direct strike on a ceiling fan will occur though it is not impossible. Any electrical circuit connected to earth ground could be the target of a strike. I do agree with SMCHerry that generally appliances in homes are damaged by the massive electrical surge caused when a lightning strike hits a near by a home such as an external power line, not by a direct hit to the appliance itself. It was originally thought that even electrical supply lines buried deep in the ground were immune from lightning strikes. The theory was that the earth would dissipate the energy before contacting the power lines and therefore not effect the buried power lines. Testing has proven this theory to be incorrect. Power lines buried in the ground and even encased in conduit (metal pipes used to protect the wiring) have been obliterated by the massive energy released by lightning. Lightning does take the quickest easiest path to ground and a strike on a home near a ceiling fan is most likely to find alternate paths to ground first prior to coming into contact with the fan. However lightning can generate gigawatts of energy - for the non technical out there that's one hell-a-va lot of power and strikes seldom take a single path to ground. Simply watch any video of lightning strikes and you will see many strikes/paths in one discharge. See the related link for an example.
When lightning strikes near you, it means that a discharge of electricity has occurred between the clouds and the ground. To stay safe during a thunderstorm, it is important to seek shelter indoors, avoid open areas, stay away from tall objects, and refrain from using electronic devices or plumbing.
For 2008 NOAA reports that there were 296,499 "Cloud to Ground" strikes in Wisconsin, which is very near the average number of strikes reported from 1996-2008 of 302,5321 strikes per year. From 1992-1995 the National Lightning Detection Network lists that there were almost 22 million strikes in the United States per year. Additionally, for the period 2000-2009 there were 7 deaths caused by lightning strikes in Wisconsin. For the reporting period from 1959 to 1994 there were 194 injuries from lightning strikes reported.
No, plants do not attract lightning. Lightning typically strikes tall objects that provide a quicker path for the electrical discharge to reach the ground, such as trees or buildings. However, being near a tall tree during a thunderstorm can increase the risk of being struck by lightning due to the tree's height.
Before a lightning strike, a charge builds up along the water's surface. When lightning strikes, most of electrical charge occurs near the water's surface. Most fish swim below the surface and are unaffected.
Lightning strikes strike near water because water is a good conductor of electricity. Most lightning strikes happen by the ocean because the salt makes it an even better conductor at electricity than fresh water.
Lightning strikes most frequently near the Equator because this region generally has warm, moist air that rises quickly, creating thunderstorms. These conditions are conducive to the development of lightning.
Cool air rushes in to replace the rising warm air.
Lightning strikes most frequently in tropical regions near the equator, such as Central Africa, Southeast Asia, and Central America. These areas have warm, moist air that creates ideal conditions for thunderstorms and lightning. Additionally, some regions in the United States, like Florida and the Gulf Coast, also experience a high frequency of lightning strikes.
Yes, when lightning strikes, it can generate a magnetic field due to the flow of electrical current in the lightning bolt. This magnetic field is temporary and can be detected by sensitive instruments near the point of the strike.
Thunder and lightning without precipitation typically indicate dry thunderstorms, where the rain evaporates before reaching the ground due to dry air near the surface. This can lead to an increased risk of wildfires due to lightning strikes without the dampening effect of rain.
You can get electrocuted if the lightning strikes near you. Although the strike will dissipate after a short distance.
When lightning strikes galvanized metal, the electricity will pass through the metal due to its conductivity. This can cause the metal to become extremely hot, potentially leading to a fire or explosion if the metal is near flammable materials. Additionally, the impact of the lightning strike can damage the metal structure or any connected electrical systems.