Different Theories For Storm Electrification Essay

David Helvarg’s “The Storm This Time” from “The Longman Reader” illustrates to us the atmosphere in New Orleans just after the hurricane Katrina hits the city. He begins describing the New Orleans airport area, where he sees warehouses and motels with their roofs ripped off or caved in, then feeling lost in the city, he starts looking for help and asks for directions. Suddenly, he receives a call from the New Orleans Aquarium, which informs him that they have lost most of their fish, giving another example of the disaster left by the phenomenon. After that, he travels to Lakeview, another location of the city, which has been underwater for two weeks, he resembles

Outside, cool dry, seeking air starts to rap around the back of the mesocyclone, known as a Rear Flank Downdraft. The Rear Flank Downdrafts creates a start temperature difference between the outside and inside temperature of the mesocyclone. Building the instability for a tornado to thrive. Then the mesocyclone’s lower part becomes tighter, increasing the speed of the wind. If the funnel of air moves down into the large moist cloud base at the bottom of the parent storm, it sucks it in and turns it into a rotating wall of cloud. Forming a link between the storm that is created and the earth, as known as the touch down phase. The second the spinning cloud touches the ground; it becomes a tornado. Producing winds of 65 to 110 miles/hour or 104 to 177 km/hour with 200 mph winds. A tornado can last up 5 minutes or for multiple hours. The distance the tornado covers depends on the rate at which the RFD cools. If the RFD cannot further provide any more air to the tornado, it begins to die. Warm air decreases, the vortex begins to weaken and shrivel

They are known as convective storms. Cell thunderstorms form in regions where limited vertical wind shear is present. The winds direction or speeds do not abruptly change rapidly. Ordinary storms develop and mature through a cycle, as cell thunderstorms don’t have this development. Different conditions vary from warm air rising, random turbulent eddies and terrain. These are a few that can be a trigger to these more impactful storms.

Clouds to form in the atmosphere have to have water vapor present. This water vapor makes up a cloud. The water vapor in the atmosphere comes from evaporation or deposition. Also the temperature of the air is below the dew point. When the water is fully saturated, it starts to rise and the expansional cooling process begins. During the process of condensation, the aerosol particles act like a nuclei in the atmosphere, which began to grow, creating ice crystals that are big enough to produce a cloud.

At the headquarters of the Louisiana National Guard, located in the lower 9th ward, the soldiers were not yet aware that the canal levees were giving way. The Guard’s commander

So the warm moist air creates clouds of rain and thunderstorm. Adding to that winds with different speed going in different directions assisting in expanding these great clouds of rain and thunderstorm. With

When trying to figure out who was to blame for the failure to provide appropriate responses to Hurricane

The yearly average number of thunderstorm occurs in parts of Colorado and New Mexico are powerful and less noted Thunderstorms in the US even though there are up to 70 thunderstorms a year. Solar heating is one requirement for thunderstorm formation yes, but another extremely important requirement is warm moist air. The Gulf of Mexico supplies areas with moist tropical air masses. These air masses are almost always unstable, so are quickly able to form into cumulonimbus clouds as the surface these areas Eastern Colorado and Northeastern New Mexico of are pretty much made of mountainous terrain. With mountain slopes in these areas that face the sun absorb more solar radiation and become a lot warmer creating strong updrafts that form into cumulus

The beautiful coastline of Galveston has such a peaceful presents unlike any other. It's hard to believe that this serene place was once the epicenter of one of america's most devastating natural disasters. To this day it is so infamous it needs no name only a title, The Great Storm.

A storm that occurred on June 29, 2015, caused significant damage to twenty-seven (27) buildings and nine (9) garages owned by Rice Creek Townhouses. All buildings are located in Fridely, MN and used as residential rental units and garages.

Lightning is basically a large amount of static electricity. An individual can create a small amount of “lightning” by rubbing a balloon with carpet which produces a relatively small amount of static electricity. Lightning is formed when charged particles in a cloud become polarized and separate significantly with positive charges moving up and negative charges moving

lightning strikes and either bringing it to a different location or keeping it going for a longer

There is one instance that lightning strikes ceased to occur from January to March 2010 that temporarily raised fears of the phenomenon being extinguished permanently but was later found out that it was drought that caused it. Humidity in a sense may have played a vital role in the occurrence but scientists lately say that maybe it’s the region’s wind patterns and unique topography that contribute to the special phenomenon. They say that when warm winds, trapped by the surrounding mountains in Lake Maracaibo, collides with cool air coming down from the Andes mountains, they are forced to condense, thus creating thunderclouds.

The solar wind containing these hot gases races toward the edges of the solar system, and smash in to the magnetosphere. The magnetosphere protects the earth by deflecting most of the solar wind around the planet. Trillions of these charged particles mange to get through and project from the North and South poles. Energy released in this fashion excites atoms of nitrogen and oxygen, which in turn emit pulses of colored light. These formations are called an aurora. The aurora borealis, which are visible in Alaska, are a result of this sort of space storm.

Wind power is a clean and renewable energy that, while at times unreliable, has very low upkeep cost and is growing at a rapid rate. While there is currently enough wind power to provide many times our current energy need, it is unfeasible in reality. Wind power utilizes the kinetic energy of air and uses it to power a generator to produce electricity. Even though dependence on wind power is impossible, it still can provide a strong, clean, quantity of power to supplement current energy production.