Structure of orbits at a tornado, whrilwind, etc.

In summary, the structure of orbits in a tornado is formed by the rotational motion of the vortex and the interaction between wind and ground. It is similar to that of a whirlwind but on a smaller scale. As a tornado progresses, the structure of its orbits can change due to various factors. While the likelihood of tornado formation can be predicted, the specific structure of orbits cannot be accurately forecasted.
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Any sites showing the whole structure of direct orbits of air molecules inside and outside of any type of turbine? By "direct" orbits, I mean between the two successive clashes of each molecule with other molecules.
 
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1. What causes the structure of orbits in a tornado?

The structure of orbits in a tornado is primarily caused by the rotational motion of the vortex. As the tornado moves, it creates a low pressure area in its center, which causes air to flow inward towards the center of the vortex. This inward flow of air then rises and creates a swirling motion, resulting in the characteristic spiral shape of the tornado.

2. How are the orbits formed in a tornado?

The orbits in a tornado are formed by the interaction between the wind and the ground. As the wind moves across the surface, it creates friction, which slows down the air at ground level. This creates a difference in wind speed between the bottom and top layers of the tornado, resulting in a shearing effect that causes the air to rotate.

3. What is the structure of an orbit in a whirlwind compared to a tornado?

The structure of an orbit in a whirlwind is similar to that of a tornado, but on a smaller scale. Whirlwinds are typically smaller and weaker than tornadoes, so their orbits may not be as well-defined or as tightly wound. However, they still exhibit a swirling, spiral motion caused by the same principles as a tornado.

4. How does the structure of orbits change as a tornado progresses?

The structure of orbits in a tornado can change as the storm progresses and evolves. As the tornado moves, it may encounter different wind patterns or interact with other weather systems, causing the orbits to shift or change in shape. Additionally, as the tornado dissipates, the orbits may weaken and eventually disappear altogether.

5. Can the structure of orbits in a tornado be predicted?

While meteorologists can use various tools and techniques to forecast the likelihood of tornado formation, predicting the exact structure of orbits in a tornado is not currently possible. The factors that contribute to the formation and evolution of a tornado are complex and can change rapidly, making it difficult to accurately predict the specific structure of orbits in a given storm.

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