Tornadoes : Tornadoes And Its Effect On Coastal Areas

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

Whenever and wherever conditions are right, tornadoes are possible, but they are most common in the central plains of North America, east of the Rocky Mountains and west of the Appalachian Mountains. Tornadoes can also occur in many other areas of the world as well. They have been recorded in Australia, Europe, Africa, Asia, and South America as well as in North America. They occur mostly during the spring and summer; however, the tornado season comes early in the south and later in the north because spring comes later in the year as one moves northward. They usually occur during the late afternoon and early evening. However, they have been know to occur in every state in the United States, on any day of the year, and at any hour.

How tornadoes form you ask? Tornadoes form when different winds from different places met and form this giant spinning destructive cyclone which can be powerful or only cause minor damage. Tornadoes form when hot air from different places and cold air from different places collides which can make a tornado at any speed,

A tornadoes form when it is humid but the ground is wet and slower winds are by the ground as the fastest wind are higher in the sky. Because of this the wind starts to circle around when the slow wind moves up higher. Rain will fall and so will a funnel which is the tornado. The reason twister in Florida left extreme damage and many houses were being fixed or covered with tarp. Today they are cleaning up the damage or debris all over town. Other places tornadoes have touched down resonantly are Virginia and North Carolina the worst one was the one in Carolina taking three lives. To not be one of those three you must find shelter once you hear the word "WARNING." if you hear "watch" then prepare to go into "WARNING." Pleas remember that.

Things inside the tornado does not get much damage. Things that are thrown aside or hit by debris get much more damage. Some people could get killed, and some are very injured. Little people are left unharmed. You need to pick a place where anyone can find and be at if a tornado comes. Make sure that everyone is safe. Also, you have to close the windows, if a safe room has windows. But, try to stay in a safe place without windows. A tornado looks like a thin rope and twirls fast in a circular way. The winds from a tornado can swish across and go toward the land as quickly as 100- 300 miles per hour. One well known storm is the Great Tri-State Tornado. This tornado was devastating and incredible because it went through three states; Missouri, Illinois, and Indiana in less than 4 hours. Another very well known storm is the Flint-Beecher Tornado. A tornado had struck the cities Flint and Beecher in Michigan. It had hit at night, so it was more difficult to understand that there was a tornado, where it is currently, and what it will damage. In the United States, in the Midwest, it is also known as the Tornado Alley. There, a lot of tornadoes occur. In the Midwest, they have tornado

However, even though there are so many differences, these 2 also have similarities. Both involve high speed winds that can topple houses and destroy cars. In the state of Texas, the air and water allow this state to frequently have hurricanes and tornadoes. When these natural disasters happen, they almost always bring rain, if not a storm, with them. With us being in the northern hemisphere, both hurricanes and tornadoes rotate counterclockwise. Both give you lots of time to prepare. So, even though there are more differences, these are some of the

Every year we practice tornado drills for our safety. A tornado is a violent rotating column of air extending from a thunderstorm to the ground.They can destroy large buildings, trees and vehicles hundreds of yards. Damage paths can be in excess of one mile wide to 50 miles long. In an average year, 1000 tornadoes are reported nationwide. Tornadoes form out of thunderstorms, where moist air rises, cools and condenses into clouds that release heat and force cooler air back down. If the updrafts are strong enough, the feedback loop forms an air vortex that continues to shunt more moist air upwards and eventually forms a tornado.

certain areas and get colder in others so to keep balance it needs to move the

Whoa! That twister was wicked! Hurricanes and tornadoes have a lot of differences and similarities. Their wind speeds, formation, and warning alerts are very different, but their damage and location are, however, similar.

Tornados are an extremely interesting phenomenon. These natural disasters need a series of very precise activities to occur in order to materialize. For a tornado to form, it needs the same events as in a thunderstorm to occur. First a wind shear needs to take place; this is when two opposing gusts of wind on different levels make a horizontal vortex. One section of the vortex will rise because of the buoyant warm air, creating a storm. After this a supercell can form; a supercell happens when upper-level wind causes the storm to spin. The supercell can grow very large as long as warm air continues to be sucked through the vortex away from the cool air. In the picture to the left, the supercell is above the funnel like shape of the tornado.

Tornadoes are created in many shapes and sizes, but they are typically in the form of a visible condensation funnel whose narrow end touches the earth and is often encircled by a cloud of debris and dust. Most tornadoes have wind speeds less than 110 miles per hour (177 km/h); have length about 250 feet (76 m) across, and travel a few miles (several kilometers) before dissipating. The most extreme tornadoes can attain wind speeds of more than 300 miles per hour (483 km/h), stretch more than two miles (3.2 km) across, and stay on the ground for dozens of miles (more than 100 km) (Bluestein, 2013). A visible cloud is not needed for disbursing tornado. Some tornadoes may not appear to extend to the ground but are causing considerable damage (NOAA, 2014). Tornadoes can be occurred with various shapes and sizes, and most produce winds less than 120mph.

When this happens, warm air rises and mixes with cold air (Allaby, 63). After this has happened, an opposing motion has started. All that needs to happen now is for the tornado to touch the ground. If this happens a tornado

A tornado is a very complex and complicated type of outdoor vacuum. The various types of tornadoes are caused when a great size of particles become part of cloud and start releasing heat rapidly which makes it rise and create a vacuum underneath it. The air that quickly goes into the vacuum creates the center of the tornado or the tornadoes vortex. Then when the air temperature changes it causes a sudden drop in the air pressure. When the heat is being released in the vacuum it causes precipitation. The rain released is equal to the amount of heat absorbed.

The strongest tornadoes come from the kind of long-lasting fierce thunderstorms known as supercells. As the name implies, these are intense thunderstorms, which can produce large hail and downbursts in addition to tornadoes. Supercells are most common on the Plains in the Southeast and across the Midwest, but do occur elsewhere.

Some variations of tornadoes are that they can be found in the early stages of rapidly developing thunderstorms. This type of tornado is most common along the range of the Rocky Mountains, the Plains, and the