Thunderstorms and Lightning

The reason of favorable conditions of thunderstorms and supercells lies with two air pockets; Cool Dry Canadian Air at the Hudson Bay, and Warm Moist Gulf of Mexico Air colliding, results in severe weather and possibly tornadoes. A temperature between 69 and 79 degrees is the most favorable temperature, since thunderstorms are normally apart of the Cold Front, which is a system of air that when that front moves in, the air is cooler. With the Warm Front, it's vise versa. Humidity drastically rises, barometric pressure drops, thunderstorms appear.

A marcoburst is a burst of energy or activity that occurs suddenly and intensely. It is often used to describe a rapid increase in demand or usage of a service or product.

Lightning conductors are installed in multiplex buildings to provide a safe path for lightning to travel down to the ground, protecting the building and its occupants from the destructive force of a lightning strike. Without a lightning conductor, there is a higher risk of damage to the building's structure, electrical systems, and potential safety hazards for occupants.

Lighting is so powerful that we don't have anything strong enough to repel lightning.

If you insulate yourself from the ground, lightning will have less of an attraction and will be attracted elsewhere.

You can use something light a lightning rod to attract the lightning and create a more suitable path for the electricity to go to the ground.

No, thunder and lightning do not need to exist for life to exist on Earth. They are natural phenomena caused by electrical discharge during thunderstorms, and while they play important roles in the environment, they are not essential for life to thrive.

Lightning is more likely to happen when clouds come together in a electric pulse . This usally will happen Tampa florida because anyone in there right mind knows this so i dont know why your asking

Steel garages do not attract lightning strikes more than any other type of structure. However, if a steel garage is properly grounded, it can offer better protection from a lightning strike due to its conductive properties. It is always important to follow lightning safety precautions regardless of the type of structure.

It is said that the devil is playing at nine pins when there is thunder.

Air pressure decreases towards the center of a hurricane, reaching its lowest point at the eye of the storm. This decrease in pressure is a key factor in the strong winds and intense storm surge associated with hurricanes.

While thunder can be very loud and cause discomfort or temporary hearing damage if it's close by, it is unlikely to permanently deafen a person. Human ears have a built-in mechanism to protect against extremely loud noises like thunder by momentarily reducing sound transmission. However, it's still best to take precautions during a thunderstorm to protect your hearing.

Thunderstorms occur in the troposphere, which is the lowest layer of Earth's atmosphere. This is where most weather phenomena, including thunderstorms, occur due to the mixing and movement of air causing convection and the formation of clouds and precipitation.

One way to overcome fears is to face them. Sitting by a window during a storm and watching the lightning and listening to the thunder might help you get used to it and realize that it isn't going to hurt you... that you are safe where you are. Depending on how afraid you are though, that might be hard to do.

If your anxiety is extreme, and prevents you from doing things that you want to do, you might want to try talking to a counselor about it.

Yes, typhoons are often associated with heavy rainfall due to the intense atmospheric conditions that they bring. The combination of strong winds and moisture in the air can result in torrential downpours, leading to flooding and other water-related hazards.

There isn't a common day that people get struck by lightning as it can happen anytime. However, lightning tends to be more frequent during summer months when thunderstorms are more prevalent. It's important to take precautions during thunderstorms to reduce the risk of being struck by lightning.

climb to the top of the highest tree and hold up a fork

seriously you want to go inside. avoid taking a bath or washing dishes. Avoid direct contact with plugged in electrical appliances such as computers and land line phones. If you are stuck out side find the lowest possible place away from any trees.

The metal car acts as a Faraday cage, conducting the electrical charge around the passengers inside the vehicle instead of through them. This offers protection from being electrocuted in a lightning storm while in a car.

Electricity (which includes lightning, of course) always takes the path of least resistance, or the shortest path. Since trees are taller, they are closer to the source of the lighting (the sky), and so lighting will almost always strike a tree. The lightning travels through the tree, causing the sap and water to expand very rapidly because it heats up very quickly. The tree isn't able to hold itself together, and the tree will probably explode. This could be very dangerous.

(OR)

A tree is the highest point in the field, and so is most likely to be struck by lightning. If you're under the tree when it's hit by lightning, you stand a very good chance of

(a) being hit by the lightning along with the tree,

(b) getting electrocuted by the electric field set up on the ground around the tree, and

(c) getting hit by a falling branch (or the tree itself!) after the strike.

If you're in a bare field when a thunderstorm starts, the traditional answer is that you're supposed to lie down flat in the field and wait for the thunderstorm to pass. A better answer is to crouch low and GET TO A CAR, FAST! You can't be electrocuted by lighting inside a metal car.

light because when a lightning struck u can see hear the sound after the light

Cyclones are generally more destructive than thunderstorms. Cyclones are intense storms characterized by strong winds, heavy rain, and storm surges that can cause widespread damage and flooding. Thunderstorms, while powerful in their own right, typically do not reach the same level of destruction as cyclones.

Cyclones tend to be more destructive than thunderstorms. Cyclones can bring strong winds, heavy rainfall, and storm surges that can cause widespread damage in coastal areas, while thunderstorms typically produce localized severe weather such as hail, strong winds, and lightning.

Cloud-to-ground lightning is one of the most dangerous types of thunder, as it can strike directly and cause significant damage or injury. It poses a threat to both people and property during thunderstorms.

For a long time it was thought by many people that the number of seconds after the lightning strikes is the miles the center of the storm is from you. Although this does show how light travels faster than sound, this system is wrong. The actual method for finding the distance the heart of the storm is from you is by counting after you see lightning; and stop counting after you hear the thunder. Now, for every five seconds after the lightning struck until you hear the thunder, it is one mile away. So if ten seconds go by between lightning and thunder, the center of the storm is two miles away.

Yes, lightning can travel through a tree because trees contain water and nutrients that conduct electricity. When lightning strikes a tree, the electricity can flow through the tree's conductive tissues, such as sap and water, potentially causing damage to the tree.

Any object can get hit by lighting. Here are two general rules, first, the taller the object is (like trees), the greater the chances the object can be hit by lighting (because lighting hits the tallest object in the effected area). Second, the closer the object A is to a taller object (like a tree), the greater the chances the that lighting can indirectly hit the object A. Why? Lighting is electricity and electricity travels in circuits, so when lighting hits the tree, it travels into the ground and spreads into the ground, eventually diluting it. If object A is near it, the electricity can travel into the object. In this case Object A is the chicken. So yes, a chicken can get indirectly hit by lighting.

depending on what you are using it for, a jagged spline, or use a plugin that would create a tree (xfrog) bring up the luminance in the material and apply a area light and attach the lightning object to the area shape tab in the light attribute manager then play with the settings in this tab to see how much light, samples, falloff etc..