Thunderstorms and Lightning

Lightning protection is required to minimize the risk of injuries, fires, and damage to buildings and structures caused by lightning strikes. It helps to safely conduct the electrical current from a lightning strike to the ground, reducing the likelihood of structural damage or injury to occupants. Lightning protection systems also help to prevent electrical surges that can damage sensitive electronic equipment.

Percy is a half blood and Hades stole Zeus's Master Lightning Bolt. and Hades framed Percy and put the lightning bolt in Percy's backpack, and he saved the world from having a world war 3. (against Olympus and the Underworld.)

Lightning is important because it helps to balance the Earth's electrical charge, contributes to the nitrogen cycle by causing nitrogen to fix in the soil, and can trigger wildfires that play a role in maintaining ecosystems.

The lightning bolt symbol on a car dashboard typically represents the charging system warning light and could indicate issues with the vehicle's electrical system or battery. It is important to have the vehicle inspected by a mechanic to diagnose and address any underlying problems.

Percy receives the pearls as a gift from Poseidon early in the book The Lightning Thief. Poseidon sends them to Percy as a means of helping him on his quest.

Summer thunderstorms typically occur in the late afternoon or evening when temperatures are highest and instability is greatest. This is when the atmosphere is most conducive to the formation of thunderstorms due to the combination of warm air at the surface and cooler air aloft.

Never. Thunder and lightning always come together. But you'd never know it. You always see the lightning before you hear the thunder. That's because light travels super fast, at 186,000 miles (300,000km) a second! Sound is much slower, at only about 1/5 mile (0.3km) a second. So first you see lightning, then you hear the thunder.

Thunder is a result of Lightning. When hot air hits cold air it creates friction and that friction creates lightning. There is more to it than that, this is the quick version. Since light is the fastest speed you will hear the sound of thunder much later because sound is slower than light. Popular thinking will tell you that the time between lightning and thunder is the distance you are from the action. 1 second = 1 mile.

Renewable energy sources such as solar, wind, and hydropower can be easily harnessed to produce electricity. These sources are abundant and sustainable, providing a clean and efficient way to generate power without relying on fossil fuels.

Yes, it is possible to get struck by lightning at sea. If struck, the severity of the injuries would depend on various factors such as the strength of the lightning, where it strikes the body, and the immediate medical attention received. It is possible to survive a lightning strike but it can be fatal in some cases.

Insurance companies seem to think so. I swim in an indoor pool that is in the LOWER level of an athletic center, and when the front desk hears thunder . . . out we go for 30 minutes! Stupid.

I have done extensive research on the web to find an answer to this question. In more than 450 cases I have looked at I have found only two in which one person, who was among others swimming in the ocean, was struck by lightning, and the other was a scuba diver, and the lightning actually struck his tank while he was coming out of the water. The first guy was surfing, so you might even say he was not technically in the water, but on it (perhaps making him more of a target?). I have also found that while people do not seem to be struck by lightning in the water, many, many are struck just after getting out of the water to take shelter. I've yet to find one in which people are struck by lightning in a swimming pool--recently or any time in the "ignorant" past when people "didn't know better" to get out of the water when thunder was heard.

The whole idea of a pool-full of people being killed or electrocuted from a single strike in the water is ridiculous. I know it sounds right, though, since water is a good conductor of electricity. I have even read some pretty stupid remarks by "experts" that claim when lightning hits the water it disperses throughout the entire body of water. This is simply not true and research shows that not to be the case (hey, where are the thousands of dead fish that should wash up on shore after a stormy afternoon at the beach?). No "expert" can actually tell the truth about this because it is "conventional knowledge" that you are not to be in the water when thunder is heard--and insurance companies wouldn't like it.

How about this one: I found one story in which a man was killed by a lightning strike while sitting in his boat (a common place for people to get struck) while his two friends, who were swimming next to the boat, looked on, completely unharmed!

Most people who are struck were hit while standing in the open, not under cover. And what happens when you get out of a pool? Hmmm, suddenly you are a lightning target standing in the open!

I've found many stories of people getting struck on a clear day, in their homes, in cars, laying on the ground, under trees, standing next to swimming pools--in short, all the places you are advised to go to take shelter. And only two of people being struck in the water (ocean, to be specific). There are probably more out there, but good luck trying to find them.

Perhaps, if proper research was conducted, it might actually turn out that we should all be diving into water when we hear thunder!

Sometimes it's scary because you see it and you see all the lighting and the whole storm. But when your just sitting in your room listening to it it's not as scary as watching it. It only seems to be scarier because you may observe it. For some people (like me) they might be scared even if their not looking at it. That can be because it's just loud and powerful. Thunder is scary but as long as your safe inside you'll be ok.

No, heat lightning is not a scientifically recognized phenomenon. The term is commonly used to describe the distant, flickering lightning flashes that illuminate the sky during a thunderstorm, but are too far away to hear the accompanying thunder.

If lightning hits a tree. It can make a spark / A fire can begin. In a open Field? The fire can spread from plant to plant burning everything in its path. The fire can spread ... Anywhere there are plants.

Aang gets struck by lightning in the episode "The Crossroads of Destiny," which is the 20th episode of Book Two: Earth in the series "Avatar: The Last Airbender." It happens during the battle at the Earth Kingdom Palace against Azula, resulting in a critical injury for Aang.

Only those very close to the point of the strike. Lots of little critters might die 'cause there are so many of them in the water, but probably not too many fish or larger creatures are killed. Recall that the ocean is salt water, and salt water is a pretty good conductor of electricity. The charge will spread out and dissipate quickly and within a pretty small area because the salt water distributes the charge so efficiently. Fatal shocks are probably only suffered by critters within a few dozen meters of the spot the bolt strikes. The physics of the issue is that charge density of the current will drop like a rock as something like the inverse cube of the distance from the point of the strike (except near the surface, where it might be between the inverse square and inverse cube), if that helps.

You can generally determine how far away you are from the place of origin by counting 1 one-hundred, 2 one hundred, etc until you hear thunder and divide that number by two. That is how many miles away you are.

The location of Thunderstorm is IN the cloud. The precipitation and lightning is brought to the ground. However, thunder and even some lightning only exist in the cloud or between clouds. It would not matter whether the Thunderstorm is over land or water. That said, any area of a country with the right atmospheric conditions can experience a Thunderstorm.

Using the average speed of sound in air (343 m/sec or about 1125 ft/sec), the distance would be 1029 meters (3376 ft.).

*The English value used is 1000 feet per second, although 1100 feet per second is a better approximation. Note also, that the speed of sound varies with the density of air, which depends on temperature and altitude.

A multicell thunderstorm is a type of thunderstorm that consists of several cells acting independently, each in a different stage of development. These cells can vary in size, intensity, and lifespan, and can sometimes interact with one another to create complex storm structures. Multicell thunderstorms are common in regions where atmospheric conditions are favorable for thunderstorm development.

Yes, it is possible to get shocked during a thunderstorm if lightning strikes a nearby object or structure, causing a surge of electricity to pass through the ground. It is important to stay indoors and away from windows, plumbing fixtures, and electronic devices during thunderstorms to reduce the risk of getting shocked.

Yes the infa-gama radiation generatd by electrical devices causes lightning to react to the power 10 it's normal strength. The larger the device the more chance of it attracting folk lightning.

Action, Adventure, Fantasy. It contains some humor and a little romance.

The odds of being struck by lightning while playing golf are approximately 1 in 100,000. Golf courses are at higher risk due to their wide-open spaces and exposure to the elements. It's important to take precautions and seek shelter during thunderstorms to reduce the risk of being struck by lightning.

One inventor of the lightning rod was Benjamin Franklin. Another was a German priest, Diwisch. Both appear to have made their inventions in the same decade, around 1753. See "Who Really Invented The Lightning Rod?", The Electrical Review, volume 32, 10Feb1893, p.146.

Yes, thunderstorms can occur in Greenland, but they are not as common as in other parts of the world. The combination of cold air masses and ice-covered surfaces can restrict the development of thunderstorms in this region.