Thunderstorms and Lightning

A thunder arrestor, also known as a lightning arrester, is a device used to protect electrical equipment from damage caused by lightning strikes. It works by providing a low-impedance path for the lightning to follow, directing the electrical surge safely to the ground. Thunder arrestors are commonly installed on buildings, power lines, and telecommunication towers to prevent costly equipment damage and ensure safety.

To create hail in Little Alchemy, you need to combine cloud and ice. Drag the cloud icon on top of the ice to make hail.

When a tree is struck by lightning, the liquids inside the trunk and bark turn to gas instantly, leading to high pressure and literally explosion of anything that is between the gas and the open air. Usually, the lightning current runs just underneath the bark, down to ground, and the tree is scarred by a strip of blown-away bark. It usually survives such a strike. Sometimes, the current may run down near the center of the trunk, and then there may be little left of the tree afterwards. This is one of the reasons why it isn't safe under a tree during lightning - the exploding timber will blow away at high velocity and act like projectiles. It is also not safe to be under a tree during lightning because the high current from lightning will travel along ground radially away from the tree and lethally shock you. Also, lightning may jump from the tree being struck, to the person taking shelter there.

A safe place to be during a thunderstorm is inside a sturdy, enclosed building such as a house or a building with plumbing and electrical wiring. Avoid touching metal objects, standing near windows, or using electronic devices to reduce the risk of being struck by lightning.

Sun Flares:

The sun packs in so much heat, that it eventually will burst. Believe it or not, Earth gets hit with quite a few of them, but our atmosphere reflects it and we remain unharmed. Since other planets don't have atmospheres, they would be a bad 2nd choice to live other than Earth.

Lightning conductors provide a path of least resistance for lightning strikes, guiding the electrical current safely to the ground. This helps prevent the lightning from causing damage to the building's structure or igniting fires by dissipating the electrical charge harmlessly into the ground. By intercepting the lightning strike and safely redirecting it, lightning conductors help protect buildings and their occupants from potential harm.

No, this is not true. During a storm, it is safer to stay away from tall objects such as trees, poles, and open fields as they can attract lightning strikes. It is recommended to seek shelter in a sturdy building or a hard-topped vehicle.

A storm signal number 4 indicates that a very intense typhoon is expected to affect an area. It typically means that very strong winds and heavy rainfall are anticipated, along with potential damage to property and infrastructure. Residents are advised to take necessary precautions and follow safety guidelines issued by local authorities.

During the dissipating stage of a thunderstorm, the updraft weakens, causing the storm to lose its intensity. This stage is characterized by lessening cloud cover, decreasing precipitation, and ultimately the dissipation of the storm.

September is the peak of hurricane season in the Northern Hemisphere because ocean waters are warmest during this time, providing the necessary energy for storm formation and intensification. Additionally, atmospheric conditions in September, such as low wind shear and high humidity, are favorable for tropical cyclone development.

It is difficult to provide an exact number as this data is not typically tracked. Instances of dogs being struck by lightning are rare and it is more common for humans to be affected due to their taller stature and greater exposure.

In a typical thunderstorm, lightning occurs before hail. Lightning is the result of electrical charges building up in the storm cloud, while hail forms when water droplets freeze and are carried by strong updrafts within the cloud. So, lightning usually precedes hail in the sequence of events during a thunderstorm.

there is one thing its a black hole its engry is so strong not even pure light can escape thats why there no light in space (i think).

Answer

Though I agree somewhat with the first answer, it does not mean that a black hole is faster than light. It only means that it will not let light escape once inside. Also a black hole will only move or expand by the amount of matter it swallows (For the sake of a better word).

ANSWER: First there is MATTER and ENERGY. Both are inter-change-able. However, both, have a diverse/vast/ separate/different forms of properties and actions. In respect to MATTER. Matter can be pushed to the "speed of light" with an seemingly amount of infinite or enormous power/(and/or) energy. Energy is released from unstable nuclei "already travels at or near "the speed of light" (in the case of ejected electrons (and/or) gamma radiation. At this time June/24TH/2013, there are recorded events concerning anomalies of matter and energy communication. Example: Astronauts to earth (as well as person(s) who fly) that have an in-constant or lapse in time (relating to the cesium atomic clock on Earth). This lapse of time may be only in millisecond(s) but proves that time travel or "an extremely minute" time manipulation is possible. PRACTICAL:

various scientist(s) have claimed to used light to "bounce the light beam(s) off each other, in order to reach speeds past 186,000 (M.P.S.) miles per second. However, until a photon(s) packet energy accelerator is created, time manipulation seems in-practical for human being(s) on planet Earth, at this time.

Yes, tornadoes can be caused by thunderstorms. Specifically, tornadoes can form within supercell thunderstorms, which are intense rotating thunderstorms that have the potential to produce tornadoes due to the combination of wind shear and instability in the atmosphere.

Ships should not sail during severe storms to protect the safety of passengers, crew, and the vessel itself. Severe storms can present a high risk of capsizing, damage to the ship, and the inability to navigate effectively, making it dangerous and potentially life-threatening to be at sea during such conditions.

It is not safe to use an umbrella during a thunderstorm and lightning. Umbrellas can act as lightning rods and increase the risk of being struck. It is recommended to seek shelter indoors during a thunderstorm to stay safe.

The tree could be struck by lightning, which would cause the tree to fall, and maybe even catch fire. It could KILL you.

ANSWER:

Lightning is attracted to the tallest items in the landscape. Therefore, a tree in a field would be more likely to be struck by lightning and you, since you would be leaning against it, would be struck as well.

Everything is useful for something. Benjamin Franklin conducted a very important experiment about the nature of electricity, which required a thunderstorm. If you were living in a region that suffered a shortage of rainfall such as the sub-Saharan region of Africa, a thunderstorm would be a very welcome source of water.

I thunderstorm by definition is a form of weather characterized by the presence of lightning and its acoustic effect on the Earth's atmoshpere known as thunder. Since lightning is often discharged during a thunderstorm is is advised not to bath because water is a conductor of electricity and you could be electrocuted during the storm.

A synovial fluid sac which is actually called a synovial bursa is a fluid-filled sac lined with synovial membrane with an inner layer of slimy fluid. This provides cushion between bones and tendons and/or muscles around joints. They also reduce friction between the bones.

Thunder itself is not dangerous. It is the sound caused by the rapid expansion and contraction of air during a lightning strike. The danger lies in the associated lightning, which can cause serious harm or even death if a person is struck.

Florida has a high frequency of lightning strikes due to its warm and moist climate, which creates favorable conditions for thunderstorms to develop. Additionally, Florida is surrounded by water on three sides, providing additional moisture for thunderstorm development. The combination of these factors contributes to the state's reputation as the lightning capital of the United States.

Thunderstorms that develop intense rotating updrafts are called supercell thunderstorms. These storms are characterized by a persistent rotating updraft known as a mesocyclone, which can lead to severe weather events such as tornadoes, large hail, and damaging winds. Supercells are relatively rare but tend to be long-lived and have a higher potential for producing significant weather hazards.

1. Tornadoes

2. Snowfall

3. Winter storm

4. thunderstorms

5. lightning

6. hurricanes

7. blizzards

8. monsoons

9. floods

10. droughts

11.hail

12.tsunami

13.freezing rain

14.heavy sleet

15.extreme wind

16.extreme heat

17.extreme cold

18.avalanche

19.landslide

20.mudslide

21.wildfire

22.earthquake

23.tropical storm

24.dense fog

The most severe stage of a thunderstorm is typically the mature stage, when the storm is at its strongest and has the highest potential for severe weather such as large hail, strong winds, and tornadoes. During this stage, the storm's updraft and downdraft are well-established, leading to intense precipitation and electric activity.