The size is directly proportionate to the size of the involved tidal formations. For example, which accident can produce the largest aftermath? Two motorcycles colliding? Two cars colliding? Two 18 wheelers colliding? Possibly two freight trains colliding? Get the picture? Water is fluid, therefore it moves around obstacles. When two tidal currents engage one another, they move around each other, and since water has no corners, this fluid "dance" continues until it's inertia, (kinetic energy), runs out. The centrifugal force generated by the swirling tidal formations creates the tell tale hole in the surface of the water.
Some famous natural whirlpools include Saltstraumen in Norway, the Corryvreckan in Scotland, and the Naruto whirlpools in Japan. These whirlpools are known for their powerful currents and swirling waters, which attract visitors and researchers interested in their natural phenomena.
The plain answer is that they end when they run out of energy. So they simply stop then. But there are all kinds of whirlpools caused by all kinds of things. Which means there are all kinds of ways whirlpools can get and lose their energies. For example, there are whirlpools in your bathroom sink when you open the drain. They stop when the water is gone from the sink and so there is no longer a force of gravity acting on water to cause the whirlpools. There are whirlpools in the wake of a ship. They're called eddies, but they are still whirlpools. They stop when the ship stops because they were getting their energies from the ship's motion. Similarly there are whirlpools in running streams and rivers, they might stop if there is a change in flow or the river runs dry. So there you are. Whirlpools stop when they run out of energy.
in warm water
Yes, there have been reports of individuals getting caught in strong whirlpools while swimming or boating. These whirlpools can be powerful and dangerous, pulling objects or people down underwater due to the rapid circular motion of the water. It is important to exercise caution around whirlpools and be aware of their presence in certain bodies of water.
Whirlpools in space are swirling regions of gas and dust in galaxies that are formed due to the rotation of the galaxy. These whirlpools can affect the movement of stars and gas within the galaxy, contributing to the overall dynamics of the galactic structure. They are often associated with star formation and can be detected through observations of their gravitational and magnetic effects.
its called whirl islands
yes and no. little whirlpools like the ones in a sink when you drain the water won't suck you down but big whirlpools also called maelstroms can suck you down. but big whirlpools can't sink a big ships like in some movies. if you want to know how a whirlpool is formed its formed when two different currents pass each other.
Whirlpools can vary in size, ranging from a few feet in diameter to several hundred feet. The size of a whirlpool depends on various factors such as the strength of the currents, depth of water, and the presence of obstacles that can influence its formation.
Some famous natural whirlpools include Saltstraumen in Norway, the Corryvreckan in Scotland, and the Naruto whirlpools in Japan. These whirlpools are known for their powerful currents and swirling waters, which attract visitors and researchers interested in their natural phenomena.
Sometimes. Most whirlpools are not all that dangerous. They cannot pull down large ships but there are more stronger whirlpools that could pull small ships and humans down with ease. They are known as Maelstroms.
make giant whirlpools
The plain answer is that they end when they run out of energy. So they simply stop then. But there are all kinds of whirlpools caused by all kinds of things. Which means there are all kinds of ways whirlpools can get and lose their energies. For example, there are whirlpools in your bathroom sink when you open the drain. They stop when the water is gone from the sink and so there is no longer a force of gravity acting on water to cause the whirlpools. There are whirlpools in the wake of a ship. They're called eddies, but they are still whirlpools. They stop when the ship stops because they were getting their energies from the ship's motion. Similarly there are whirlpools in running streams and rivers, they might stop if there is a change in flow or the river runs dry. So there you are. Whirlpools stop when they run out of energy.
yes
fear of whirlpools or getting dizzy
ki
Both tornadoes an whirlpools are different types of vortex. But besides that they are very different. For one thing, how tornadoes function and develop is more complex than it is for whirlpools.
Whirlpools are dangerous because they can trap and pull swimmers underwater, causing them to struggle to reach the surface. The strong circular currents created by whirlpools can be difficult to escape from, especially for weaker swimmers or those caught off guard. Additionally, whirlpools can quickly carry a person away from safety or to deeper waters, increasing the risk of drowning.