Hurricanes: The Most Violent And Massive Storm

Hurricanes form over the equator in warm ocean waters. First in a hurricane the winds start to pick up wind on the average reach about 39-73 mile per hour,th but in the great Galveston the winds reached 145 miles per hour the power of the wind can take down trees, houses and building. it rains very hard it is not uncommon during a hurricane to get 5-10 inches of rain. It’s also very common to get floods from the storm surge that averages 25-28 feet above sea level. Even though it is very rare tornadoes

Over the past few centuries, the natural disaster of hurricanes has had a huge impact on the land around us. It could cost millions, or even billions of dollars in repairing the damages done by hurricanes. These natural disasters can not only result in property damage but also many lives lost and injured victims. Hurricanes usually leave many without homes, forcing victims to find shelters or relocate to a different city or state for safety. A hurricane is a violent, tropical, cyclonic storm with sustained winds of at least 64 knots (74 miles per hour: 119 kilometers per hour) that are extremely large, powerful, and destructive. Hurricanes usually start to occur over large areas of warm water, such as the Atlantic Ocean. They generally form during the hotter months due to the fact that it gets energy from the heat off the water.

Hurricanes emerge from the tropics of the Atlantic Ocean close to the earth’s equator because it is attracted to warm water with a temperature of at least 80 degrees Fahrenheit (Today’s Science, October 2004). As the temperature increases, it changes the liquid water into water vapor that forms clouds of warm, moist air causing it rise.

First, hurricanes form in warm water. Therefore, states or places closest to the equator will most likely get hurricanes. In different places, it has different names, like a typhoon or a cyclone. Hot air rises making less hot air below. It makes clouds, then circulate to form a hurricane. On the scale, a category 5 hurricane can have winds up to 157mph, maybe even more.

Scientific proof is that stronger hurricanes can reach up to forty to fifty feet high in the sky and can range in mph. The hurricane needs the Coriolis force to form. It is stronger in the Northern Hemisphere and weaker near the Equator. The Southern Hemisphere experiences half the hurricane activity that the Northern does. When the hurricane forms, it can be large enough to carry winds of exasperating speeds and reach a diameter measurement of 600-800 kilometers (conserve-energy-future.com). The eye of the hurricane can be as large as thirty-two kilometers. What is strange is in the eye, the wind is usually calm. The temperature and weather place factors in the

As many know, hurricanes are considered to be among the most powerful forces in nature. A hurricane is a powerful storm system that produces intense winds and heavy rainfall. Hurricanes form over warm ocean water during warm months such as June, July, and August which is known as the

A hurricane is formed by warm and cool air mixing (Hurricane Katrina). The warm air rises which cause the cool air to fall (Hurricane Katrina). Once the warm air reaches the top, it cools, then

Hurricanes require a certain atmosphere in order to form to the level which makes them disastrous. Most often they will form over tropical waters where the winds are light, there is high humidity and the surface temperature of the water is exceedingly warm, typically 80° F. These specified conditions explain why most hurricanes come from the tropical and subtropical North Atlantic and Pacific where these conditions are prevailing through the duration

Hurricanes are destructive, they form out of the middle-east of the Atlantic Ocean. They form from the ocean and form into cyclones with strong winds up into 110 mph winds and a lot of rain clouds.

A hurricane is unlike the normal cyclones but is a severe tropical storm or cyclone that typically forms in the Atlantic Ocean, Gulf of Mexico, the Eastern Pacific Ocean or the Caribbean Sea. It is usually accompanied by heavy thunderstorms and if in the northern hemisphere, counterclockwise wind circulations near the earth's surface (FEMA, 2013).

Hurricanes are large, twirling storms that bring strong winds that can blow up to 74 mph or higher. There are two main ingredients that hurricanes need to form, warm water, and consistent winds. If a hurricane does form, it will include the eye, which is the clam center of the storm, around that there is the eye wall which is normally the strongest part of the storm, on the edges of the hurricane are the rainbands, which are swirling “arms” of clouds, rain, and thunderstorms, they can stretch out from the eye for hundreds of miles. After a hurricane forms it is tracked by meteorologists, and other scientists researching the storms, these people categorize it using the Saffir-Simpson Hurricane Scale, this scale is measured in five categories, category one has winds 74-95 mph, category two has winds 96-110 mph, category three has winds 111-129 mph, category four 130-156 mph, and finally category five has 157 mph winds and higher.

Recently we have had many powerful hurricanes that have left cities in shambles, whole countries destroyed, and many dead or injured. Many know that hurricanes are sometimes extremely dangerous especially with current climate change, but what many don’t know is just how dangerous can they be. Which led me to my question how are they formed?

There is no real explanation to how hurricanes actually form, but the conditions for a hurricane are known. Hurricanes form in tropical waters where the water is warm, light wind occurs, and humidity is high extending through the troposphere (Ahrens, 2012, p. 336). These conditions are most common in the North Atlantic and North Pacific oceans during the “hurricane season”. It usually runs from summer and early fall with a few either before or after that as well. Hurricanes don’t form around the equator due to the Coriolis force being zero. The winds that need to collide to make a hurricane rotate counterclockwise in the northern hemisphere, but clockwise in the southern

Meteorologists have made the lives of the general public as simple as it can be by dividing the development of a hurricane into four stages: tropical disturbance, tropical depression, tropical storm, and a full-fledged hurricane. During a tropical disturbance, water vapor from the warm ocean water condenses to form clouds, which in turn discharges heat into the air. Additionally, the heated air rises and is pulled into the column of clouds. The continued evaporation and condensation is what constructs the cloud columns to be higher and grander. Nevertheless, a pattern develops whereby wind begins to circulate around a center (much like water going down a funnel). The moving column of air continues to combat more clouds, which in turn becomes

First you should know how a hurricane forms. In order for a hurricane to form, the Coriolis Effect must be strong enough to initiate the tropical cyclone's rotation. Pre-existing low-pressure systems, such as ocean temperatures of 80 degrees Fahrenheit or higher, or a slight disturbance in the weather could cause a hurricane to be formed, but the upper air circulation has to support a thunderstorm formation first. The vertical wind shear must be low to support the structure of a tropical cyclone, because if the wind shear gets too high it will break the structure, not allowing the cyclone to form. Once formed tropical cyclones can support and sustain themselves. As the wind diverges at the top of the cyclone, the diversion draws more air upwards, resulting in a low pressure at the surface leading to the further uplift of air. A continuous process of release of