Hurricane Sandy: The Strength Of A Hurricanes

A hurricane is formed over warm tropical oceans. A hurricane is a severe storm.Hurricanes happen in late summer or early fall. Hurricanes spread 70-90 miles wide. Hurricanes are found over warm tropical oceans.

Recently and historically hurricanes have caused catastrophic amounts of damage to individuals, property, and society as a whole. Given this immense amount of destruction caused by hurricanes, a president’s response to these storms is not only extraordinarily significant but necessary for society to recover from the damage. Not only does the president need to provide aid and support to the victims affected directly by these hurricanes, but also unite America in these times of crisis. A president’s ability to deal with these dire situations is crucial to their success and a representation of their leadership skills. Hurricane Maria and Hurricane Sandy were both similar storms that resulted in contrasting results. Two deadly storms with two very different responses: one from Obama and the other from Trump. President Obama’s response to Hurricane Sandy was swift and respectful, while Trump’s to Maria was sluggish and demeaning to the people of Puerto Rico, demonstrating the contrast between Obama’s heart and intellect and Trump’s idiocy and heartlessness.

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.

Ocean currents effect hurricanes far more than hurricanes effect ocean currents. Surface ocean currents carry the warm waters to the hurricane breeding areas and fuel the storms with warm currents along their paths. Cold water currents also play a major role in robbing the storms of one of their sources of fuel when hurricanes pass over the colder currents, like the ones along the eastern U.S. border. Hurricanes with their strong winds cause huge waves, mix warm surface waters and their currents, with the deeper cooler water. Not much is known about what happens to that warmer water once it has been sunk into the depths of the ocean but some suggest that the heat is transported towards the poles via ocean currents (Bettex, n.d.). The Gulf of Mexico’s loop current creates large warm water eddies in the gulf and is likely intensifying hurricanes that pass over them. These eddies are blamed for fueling some of the worst storms ever, like Katrina and Rita ("Ocean Motion and Surface Events", n.d.).

Sandy, like all hurricanes, originated in the tropics. Normally a storm like Sandy would diminish in intensity as it moved into colder, less energetic waters of the north, however a trough of low pressure dipping down from the Arctic worked to intensify the storm, actually strengthening it as it moved northward. Higher tides, because of a full moon, also are credited to an increase in flooding. Another factor that exacerbated the situation was a block of high pressure in the northeastern Atlantic Ocean that pushed the hurricane onshore.

Hurricanes are formed over tropical waters. These intense storms consist of winds over 74 miles per hour (Ahrens & Sampson, 2011). The storms addressed here are Hurricane Katrina and Hurricane Sandy. This paper will explore the contrasts and comparisons between these two horrific storms.

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.

The hurricanes are usually considered intense storms of tropical regions characterized by strong winds exceeding seventy-four mile per hour, low-pressure center and thunderstorms. The center of hurricane the winds are usually light and the clouds are broken reason for that is air

Winds of disaster, waves of multitude, preparations galore, the wait is on to determine the outcome of a hurricane. Being one of the most devastating and feared natural disasters, hurricanes are a brutal and unpredictable force. Never knowing what could happen or what they will do, forewarning and preparation for hurricanes are highly recommended. A hurricane is a form of a tropical cyclone or severe tropical storm that occurs in the eastern Pacific Ocean, Caribbean Sea, Southern Atlantic Ocean and Gulf of Mexico (conserve-energy-future.com). The cause of a hurricane is a force of nature, but the effects that follow are to land,

Early on October 29, 2012, Hurricane Sandy started its massive destruction on the North East of the United States of America. Many people referred to this Hurricane as "Superstorm Sandy" and "Frankenstorm". This was a storm like no other for many North Eastern people. It was unexpected and unprepared for. Millions of people were left homeless and without electricity.

Have you ever felt as though the current summer is hotter and more intense than the one you experienced the year prior? The winter is colder, has more blizzards and is longer? Does it seem like fall starts later and is shorter than just a few years ago? More heat waves are causing you to spend your summer trapped inside, or sudden and intense snow and ice storms are keeping you out of school? Hurricane Sandy was a phenomenon that took place in October of 2012 and wreaked havoc along the East Coast causing homes, boardwalks, and businesses to be demolished and even caused 285 fatalities.

Hurricane Katerina and Hurricane Sandy were both major weather events in United States History. Causing millions of dollars in damage and 1000’s of lives lost. Could these events have been different with proper planning and preparation or would the outcome still be the same. I will talk about some of the silmarties from both events. The weakness and the strengths and what are the lessons learned for future events and how Emergency Management will help in the

Hurricanes only form on warm ocean waters of about 80°F. This is why it is common in the tropics where temperatures are high all year round. Hurricanes also need wind action to form. Warm air, together with moisture from evaporation from the ocean surface rises, creating low pressure on the water surface, which is immediately substituted by cooler air. This process continues, and the resulting moisture-laden clouds begin to expand. Thunderstorms with rains form.

The first component of a hurricane forming is warm water about 80 degrees or higher without this a hurricane can not form. Mario ritter from science in the news wrote in his 2017 article about how “Hurricanes form huge weather engines that use warm, moist air as fuel”.