What is the name of the twirling action in water?
357681
It's Waterspout.\n For more info, log on to http://en.wikipedia.org/wiki/Waterspout
444674
if you drop something in the water, it displaces water, and that displaced water moves other water, the rock going down in teh water pushes some up, which then pushes some down, and so on and so on.
1102874
You are referring to something called the "Coriolis effect".\nAlthough the Coriolis effect is indeed real, it is a very weak force in reality and does not practically influence the direction a liquid will drain in a toilet.\nThe water in the toilet will drain in the direction it is induced to, the Coriolis effect is totally negligible in this case since it is so weak when compared to the many other forces acting on the water.
875028
Try tweening. For a basic user, the easiest way is to create two keyframes (select the timeline>right-click>insert keyframe) with a movie clip of the boat on each (make sure you leave enough frames between the two keyframes). Set the boat on the 2nd keyframe to where you want it to move, then select the two keyframes (use SHIFT and click) and then right-click (while the frames are selected) and set to Motion Tween.  If you need more help visit the sites below for great Tutorials.
1122757
The answer is that water can go clockwise or counter-clockwise in either hemisphere. It's a myth that it only goes in one direction in either hemisphere.\n\n    Does water go down the drain counterclockwise in the northern hemisphere and clockwise in the southern hemisphere?\n\n\n    It all depends upon how the water was introduced and the geometric structure of the drain.\n\nOne can find both counterclockwise and clockwise flowing drains in both hemispheres. Some people would like you to believe that the Coriolis force affects the flow of water down the drain in sinks, bathtubs, or toilet bowls. Don’t believe them! The Coriolis force is simply too weak to affect such small bodies of water.\n\nIn his work “Sur les equations du movements relative des systems des corps” (1835) the French engineer Gaspard Gustav de Coriolis (1792-1843) first described this force. The Coriolis force is caused by the earth’s rotation. It responsible for air being pulled to the right (counterclockwise) in the Northern Hemisphere and to the left (clockwise) in the Southern Hemisphere. \n\nThe Coriolis Effect is the observed curved path of moving objects relative to the surface of the Earth. Hurricanes are good examples. They curve to the right in the northern hemisphere and to the left in the southern hemisphere. What makes the hurricanes move in this way is the Coriolis force. \n\nWhat happens at the equator? The Coriolis force is too weak to operate on the moving air at the equator. This means that weather phenomena such as hurricanes are not observed at the equator, although they have been observed at 5 degrees above the equator. In fact, the Coriolis force pulls hurricanes away from the equator.\n\nFor a more detailed explanation of the Coriolis Force see Science World, http://scienceworld.wolfram.com/physics/CoriolisForce.html \n\nRelated Web Sites \n"Getting around the Coriolis effect" - This paper provides a scientific explanation of the Coriolis effect complete with diagrams and examples. It was written by David J. Van Domelen, of the Ohio State University Department of Physics, Physics Education Research Group. \n\nDanish Wind Industry Association - The Coriolis Force\nThis Web site provides animated models of how the Coriolis Force works. \n\nBad Coriolis - The author of this Web site sets the record straight about the Coriolis Force. Presented are numerous cases where incorrect information was provided by reliable sources. Also included are Frequently Asked Questions. \nCoriolis Force - Included in this Web site, from the University of Illinois at Urbana-Champaign, is an explanation of the Coriolis Force and a video demonstrating the Force.\n\nFrom the website "Bad Coriolis":\n\nThe direction of rotation of a draining sink is determined by the way it was filled, or by vortices introduced while washing. The magnitude of these rotations may be small, but they are nevertheless gargantuan by comparison to the rotation of the Earth. I decided to include a picture of a draining sink, and the first one I tried in my house was found to drain clockwise (the opposite of what the silly assertions would have it do here in the northern hemisphere). This direction was determined entirely by the way the tap filled the sink. The direction of rotation of a draining toilet is determined by the way the water just under the rim is squirted into the bowl when it is flushed.\n\n\n\n Is it possible to detect the Earth’s rotation in a draining sink?\n\nYes, but it is very difficult. Because the Coriolis force is so small, one must go to extraordinary lengths to detect it. But, it has been done. You cannot use an ordinary sink for it lacks the requisite circular symmetry: its oval shape and off-center drain render any results suspect. Those who have succeeded used a smooth pan of about one meter in diameter with a very small hole in the center. A stopper (which could be removed from below so as to not introduce any spurious motion
281194
when you twirl the penis, yes it would?
159387
First of all, IT'S GRAVITY BABY! Not really, but it does play a part. It's mostly the force of the wave, working with gravity to move that board at that certain speed.\nsomewhat like that
451585
water\n\n[edit] 6 seconds too slow!
278290
Sounds like you are talking about an anionic surfacant(a substance that allows things to get wet) There is a very popular material that does this it is called soap.
603783
sports played in the water\n\nie water polo, etc.
290393
crawl, front crawl, Australian crawl \na swimming stroke; arms are moved alternately overhead accompanied by a flutter kick
511817
I think you have to use the wave's energy. you also have to duck (always helps wether on skateboarding, snowboarding or surf).
975553
Waves are formed by putting directional kinetic energy into water and the surface tension of a liquid acts like a jump rope when you whip it really fast.
703260
Hi, \n\nStretching force is usually called tension. I hope that's what you're asking.\n\nMatt
566889
I get this after swimming. I find shaking my head in a fast swooping movement sideways and downwards on the side with water in works. I usually twist my head slightly torwards my opposite shoulder as I reach the bottom. This can take from one to a number of attempts to get it out depending how far in it goes.Sometimes I find too if I tip my head sideways (again on the side with water in) and push the palm of my hand up and down fully across my ear this can sometimes suction it out!  \n\nWhether either of these are medically acceptable I have no idea but after over 25 years as a swimmer it works for me.  Just don't get me locked up for behaing madly!!!
447637
Underwater basketweaving
376991
wind is the movement of air\njust like waves are the movement of water