In the eye of the vortex
D. W. Moore has written: 'Vortex motion' -- subject(s): Vortex-motion
To create a flux vortex in water, you can start by stirring the water in a circular motion using a spoon or stick. This circular motion will create a vortex as the water begins to rotate around a central point. You can also introduce a drop of dye or other fluid to visualize the motion of the vortex.
To create a vortex in water, you can start by swirling the water in a circular motion using a spoon or stick. This circular motion will cause the water to spin and create a vortex. Another way is to pour water into a container with a small opening at the bottom, allowing the water to flow out in a spiraling motion, forming a vortex.
A water vortex machine creates a swirling motion in water by using a pump to draw water into a chamber, where it is spun rapidly in a circular motion. This spinning action creates a vortex, or whirlpool effect, as the water moves around a central axis. The swirling motion is maintained by the continuous flow of water into the chamber, which keeps the vortex spinning.
Akira Ogawa has written: 'Vortex flow' -- subject(s): Vortex-motion
It is made of any fluid swirling in a conical funnel shape. A vortex is not so much a thing as it is a motion.
In a single-vortex tornado the fastest winds are found at the outer edge of the core, generally on the tornado's right side in the northern hemisphere and the left side in the southern. In a multiple-vortex tornado the fastest winds are found in the subvortices within the main circulation.
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A vortex is formed when there is a spinning motion of fluid or air, creating a low-pressure area at its center. This rotation pulls surrounding material towards the center, creating a swirling motion commonly seen in tornadoes, hurricanes, and whirlpools. Vortices can also be created in controlled settings for scientific research or industrial processes.
It depends on the tornado. If it is a single vortex tornado the winds near at the edge of the core will be the fastest. However, many of the strongest tornadoes are multivortex, meaning that they have smaller vorticies (almost like mini tornadoes) inside the main vortex. In a multivortex tornado the fastest winds are within these subvortices.
A hurricane is a kind of vortex. A vortex can be defined as a spiral motion of fluid (liquid or gas) withing a limited area, especially such as motion that pulls in things near it. A hurricane meets this definition.
Chii-Shyoung Chiou has written: 'The vortex flow of dilute polymer solutions' -- subject(s): Vortex-motion, Polymers and polymerization