The low pressure inside a tornado pulls air inward. This air accelerates to great speeds as it enters the tornado, though due to the spin not much of the air actually reaches the center. Generally lower pressure means faster winds, and thus more potential for damage.
Generally the lower the pressure inside a tornado (compared with its surroundings) the stronger and more destructive the winds are. For example, if the pressure surrounding two tornadoes is 960 millibars, a tornado with a central pressure of 860 millibars will be stronger than one with a pressure of 900 millibars.
Pressure differences are the main driving forces for wind. The greater the pressure difference over a given area, the greater the wind speed. Tornadoes produce very low pressure in a very small area.
Wind tends to move from areas of high pressure to low pressure. On hills, the terrain can create differences in pressure that lead to stronger winds as they try to equalize. Also, hills can experience funneling effects that accelerate the wind speed.
Some places are more affected by wind due to factors such as topography, temperature differences, and atmospheric pressure gradients. For example, areas near mountains or coastlines may experience stronger winds due to funneling effects or temperature differentials. Additionally, areas with large pressure differences can lead to increased wind speeds as air moves from high to low pressure areas.
Unequal heating can create temperature differences that contribute to the instability and formation of thunderstorms, which can then develop into tornadoes. The contrast in temperature between warm air at the surface and cold air aloft can create strong updrafts and wind shear that are conducive to tornado formation. Unequal heating can also influence the direction and speed of wind patterns, further enhancing the conditions for tornado development.
Tornadoes can have local effects on weather by causing rapid changes in temperature, pressure, and wind patterns. They can also influence the formation of severe thunderstorms and intense rainfall in the surrounding areas. Additionally, tornadoes can disrupt atmospheric stability and lead to further development of storms.
Generally the lower the pressure inside a tornado (compared with its surroundings) the stronger and more destructive the winds are. For example, if the pressure surrounding two tornadoes is 960 millibars, a tornado with a central pressure of 860 millibars will be stronger than one with a pressure of 900 millibars.
Tornadoes have both a positive and negative effect on the economy. While they can be very destructive, new construction is usually the result of tornadic activity.
Pressure differences are the main driving forces for wind. The greater the pressure difference over a given area, the greater the wind speed. Tornadoes produce very low pressure in a very small area.
Tornadoes are part of our environment but they also destroy our environment like houses, roads, and forests!Tornadoes have very destructive effects on the environment because they spread pollution from people's houses and debris flies everywhere. If people weren't around tornadoes might not have such bad effects. Tornadoes would kill trees and plants and animals but all those decompose. It would give a chance for new plants and animals to populate an area everytime a tornado hit the area.
well tornadoes can badly damage or destroy parts of communities
Tornadoes are morally neutral, they are not good and they are not evil. It is what it is -- a violent windstorm. Tornadoes do not choose to be destructive they don't have consciousness or the ability to make a choice. Simply put, it is a natural occurence that must be dealt with when it comes.
Natural tornadoes are not constructive. They cause damage and kill people, so they are destructive; however, there are people who believe stationary "tornadoes" can be created and used for a source of power. If it is possible, those man-made "tornadoes" would be constructive by providing inexpensive power.
Tornadoes can destroy the homes of people and animals and can kill or injure them.
No. While global warming may affect where and when tornadoes are most likely to occur, the tornadoes themselves will probably stay the same strength.That said, tornadoes may become more destructive, as a rise in temperature could shift Tornado Alley eastward into more densely populated regions.A:Yes. One of the predicted effects of global warming is that "weather events" like tornadoes will become "more frequent and more severe".
They pollinate the place they occur.
Tornadoes can damage or destroy people's property and can kill or injure the people themselves.