Thunderstorms and Lightning

If the lightning bolt is not returned on the summer solstice, the gods will lose their power and chaos will ensue. The world will be thrown into darkness and storms, and nature will be disrupted. It is crucial to return the lightning bolt to prevent this catastrophic event.

A bolt of lightning typically only lasts for about 0.2 to 0.3 seconds. Lightning appears and disappears quickly due to the rapid discharge of electrical energy between clouds or between a cloud and the ground.

You should use a lightning rod or lightning protection system to help safely conduct electrical charges from a lightning strike to the ground and away from your building or structure. It is important to have these professionally installed to ensure they are effective in protecting against lightning damage.

Both contain plasma.

Mice don't have a pure-tone pitch. The squeaks and whistles made by mice are polytonal (many different frequencies, changing all the time). However, they do exhibit a fairly definable range of pitches which will fall into (in human terms) "speech important frequencies." This means that mice generally don't generate wave forms (frequency profiles) that are significantly outside of the mouse's hearing ability.

Tornadoes typically form within thunderstorms as a result of strong updrafts and wind shear. It is rare but possible for tornadoes to form without a thunderstorm, such as in the case of landspout tornadoes which develop from different processes, like boundaries of air masses colliding.

"The Marvelous Misadventures of Flapjack" is an animated TV show that follows the adventures of a young boy named Flapjack, a talking blue whale named Bubbie, and an eccentric pirate named Captain K'nuckles as they search for the elusive Candied Island. The show blends humor and darker themes, making it appealing to both kids and adults.

According Collier (1985) lightning is a minor weathering agent, in the sense that if it directly strikes a rock it may crack it or start a fire. Alternatively, it may just heat the boulder to excessively high temperatures, so as when it rains the cold water my cause the boulder to break up.

The main difference between rain and hail is their formation process. Rain is formed when water vapor condenses in clouds and falls as liquid droplets, while hail is formed when strong updrafts in thunderstorms carry raindrops into colder parts of the atmosphere where they freeze and grow larger before falling as pellets of ice.

Well, the path in which the visible portion of lightning takes is plasma. But plasma is a gas. An ionized gas. So the flash of light you see is static electricity from the clouds jumping through that ionized gas (plasma) to the earth.

I have a master's in EE. I'm creatable. :)

Caps in inversions can break due to inductive loads such as motor start-ups or sudden changes in voltage levels. Additionally, high temperature or excessive current can cause the dielectric material within the cap to break down, leading to failure. Improper installation or poor quality components can also contribute to cap breakage in inversions.

Thunder itself cannot be seen, as it is the sound created by the rapid expansion of air surrounding a lightning bolt. However, lightning that causes thunder can be seen as a bright flash of light in the sky.

The most dangerous products of large thunderstorms (and squall lines) are tornadoes, derechos (straight-line winds), and hail. Lightning is a threat to individuals, and may start fires in forests or towns. In many areas, high rain volume can trigger flash floods.

The strongest type of extreme weather in terms of overall energy output would probably be a tropical cyclone (hurricane, typhoon, etc.).

In terms of the violence of the event a tornado is the strongest.

Lightning typically lasts for a fraction of a second, usually around 0.2 to 0.3 seconds. However, multiple strokes can occur within the same lightning flash, with each stroke lasting a very short duration.

Strong updrafts within a thunderhead can produce severe weather phenomena such as lightning, large hail, and heavy rain. These updrafts are responsible for the rapid vertical development of the cloud and can reach speeds of up to 100 mph.

If thunderstorms occur, people should move indoors to a sturdy building or a vehicle with a hard top to stay safe. Avoid taking shelter under trees or near tall objects, stay away from open fields and bodies of water, and avoid using electrical appliances. If caught outside, crouch low to the ground, with as little of your body touching the ground as possible, and avoid being the tallest object in the area.

No, lightning is not an organism. Lightning is a discharge of electricity that occurs during thunderstorms due to the build-up of static electricity in the atmosphere.

While rare, it is possible for exposure to extremely loud thunder, such as a close lightning strike, to potentially cause hearing damage or temporary deafness. Noise-induced hearing loss can occur when sound waves are loud enough to damage the delicate structures in the inner ear. It's important to seek medical attention if you believe you have experienced significant hearing loss from a thunder event.

A lightning rod protects a building by providing a path for lightning to travel safely to the ground, minimizing the risk of lightning damage. It also helps to disperse the electrical charge of the lightning strike, reducing the likelihood of a fire or structural damage.

Anchorage, Alaska has the fewest thunderstorms per year in the United States, averaging only about five thunderstorm days annually.

Hailstones form within intense thunderstorms where strong updrafts carry raindrops high into the cold upper atmosphere, causing them to freeze and accumulate layers of ice. These updrafts are typically short-lived and localized within a small area, which is why hailstorms are usually brief events lasting only a few minutes.

'Latent heat' means heat that is absorbed but does not result in a temperature increase. A good example of latent heat is boiling of water:

H2O(l) + heat = H2O(g)

However, the temperature remains at 100 deg C while water is boiling, so that the heat being consumed is used to vaporize water and not to increase the temperature of the liquid.

Latent heat can be added to the atmosphere by evaporation of water. Since a water molecule contains more heat at a given temperature than an air (N2 and O2) molecule, its presence increases the heat content of the air without changing the temperature.

Electrical charge separation in a cloud occurs as ice particles and water droplets within the cloud collide and interact. Due to the collision, electrons are transferred from smaller particles to larger particles, creating a charge separation. These charged particles then accumulate in different regions of the cloud, leading to the buildup of a significant voltage potential between the cloud and the ground, or between different parts of the same cloud.