and thank you kunwarrarra for helping me with your answer, I will very exciting if you now please tell me what is your favorite or more amazing phenomena for you.\n\niridzu\n3 months ago\n\n can a waterspout became a huracan later?\nPherhaps in some extremely rare cases but I doubt \n\nkunwarrarra\n3 months ago\n\nReport Abuse\n Best Answer - Chosen By You\n\nNo, never. These are completely unrelated weather events. The spinning of a waterspout is caused by the close interaction of winds tavelling in different directions and/or at different speeds. It occurs on a very localised scale. \n\nThere is simply no way of converting one event into the other. It's like asking if a lightning bug can sometimnes becomes an atomic bomb because they both produce light. The differences are really that great.
212448
The volcano always does it for me, they are awesome, but lightning comes close behind, the sheer raw power of nature.\nNine months ago we had a strange phenomenon, it seemed that lightning came from the earth and sky at the same time, the sky exploded in a brilliant orange flash, that shook the ground, it frightened almost everyone and they rushed indoors. Unfortunately although I had anti surge protectors on my computer for both telephone and power, the computer was knocked out, and had to be repaired the next day.
515139
i have seen something odd twice. the first one when i was a child. i woke in the night and for no reason felt compelled to go into the kitchen and look out of the window, when i did there was a round light in the sky which was stationary. after a few seconds it zig zagged with incredible speed,, 3 or 4 times bfore shooting off. i was facsinated at the time and could not believe my eyes, and for many years i doubted my own experience until one day i read about someone who spoke word for word about what i had seen in a magazine and i have never doubted myself since. this is true and those doubting thomases out there will always scoff, but i say to them scoff away it is of no consequence to me. i would love to know of any other genuine sightings.
199803
I am not going to read such an absurd theory. But come on, has he done any research to see if such a huge body of water in that area of the world can freeze over?? Has he even read the story?? Most bible historians believe that it was the Sea of Galilee where this happened which is a HUGE body of water! The story also states that a huge storm occured during this , so wouldnt the hugh waves during the storm,pretty much break up all the frozen water?? Just another antheist trying to gain some ground for Satan!
401980
Being a card carrying member of the Mean Science Teacher Club I can tell I would like your teacher.  At least she has inspired you to find out more about a subject.  She probably recognizes a great deal more potential in you than you have chosen to use so far.  You can "blow her away" (did you intend that pun) with some of this information.\n How do they form?\nWe need three basic ingredients to make a thunderstorm. The basic fuel is moisture (water vapor) in the lowest levels of the atmosphere. The air above the lowest levels has to cool off rapidly with height, so that 2-3 miles above the ground, it is very cold. Finally, we need something in the atmosphere to push that moist air from near the ground up to where the air around it is cold. This "something" could be a cold front or the boundary between where the cold air from one thunderstorm meets the air outside of the storm (called an outflow boundary) or anything else that forces the air at the ground together. When that happens the moist air is pushed up. What happens to a blob of moist air as it rises? It cools off and after a while, some of the water vapor turns into liquid drops (that we see as clouds). That warms up the rest of the air in the blob so that it doesn't cool off as fast as it would if the air was dry. When that blob of air gets to the part of the atmosphere where it is very cold, it will be warmer and less dense than the air around it. Since it is less dense, it will start to rise faster without being pushed, just like a balloon filled with helium does. Then more water vapor turns into liquid in the blob and the blob warms up more and rises even faster until all of water vapor is gone and the blob eventually reaches a part of the atmosphere where it isn't warmer than the environment (typically 5-10 miles). \n\n  \n\nHow are they detected?\nWe can see thunderstorms with a variety of tools. Radars let us see where rain and hail are located in the storm. Doppler radars also let us see how the wind is blowing within and near the storm. Some features of thunderstorms, such as the anvil that spreads out at the top of the storm, can be seen from satellites. \n\n \n\nWhat type of damage can they cause?\nMany hazardous weather events are associated with thunderstorms. Fortunately, the area affected by any one of them is fairly small and, most of the time, the damage is fairly light. Lightning is responsible for many fires around the world each year, as well as causing deaths when people are struck. Under the right conditions, rainfall from thunderstorms causes flash flooding, which can change small creeks into raging torrents in a matter of minutes, washing away large boulders and most man-made structures. Hail up to the size of softballs damages cars and windows, and kills wildlife caught out in the open. Strong (up to more than 120 mph) straight-line winds associated with thunderstorms knock down trees and power lines. In one storm in Canada in 1991, an area of forest approximately 10 miles wide and 50 miles long was blown down. Tornados (with winds up to about 300 mph) can destroy all but the best-built man-made structures. \n\n\nHow does atmospheric pressure change in and around thunderstorms?\nConditions in the atmosphere change a lot over a small distance in the vicinity of thunderstorms. Where the rain is falling, the pressure goes up by a few millibars (about 0.1 inches of mercury). This is because as the rain falls, some of it evaporates, which makes the air cooler and heavier. Another process is going on, however, that makes the picture complicated. As the air goes up in the thunderstorm's updraft, it creates an area of low pressure under the updraft that acts to pull air in from around the thunderstorm. This low pressure region is also typically a few millibars lower than the environment of the storm. At the top of the storm the pressure is high compared to places far away from the storm and air is blown out. \n\n \n\nWhy
435047
Probably just the weather changing quickly ? We had a thunderstorm a few weeks ago, except it was snowing with it. Really warm before it and really cold afterwards... I'm sure it's nothing to alarm yourself over.
519914
My brine's awash with possible theories. I haddock a few answers, but they all turned out to be damp squids. It's the sea air, it fogs the senses. Time to stop carping on . Ah whelk, i'll say tartar. Nothing newt there then.
252861
Reminder: 5n Theory, all continents used to be attached to one another- so in theory this is highly possible- if two of every species has moved from place to place. Also remember, animals have a good sense of unusual events happening, like earthquakes and things, so they might have had the sense to know where to go. Then you might ask about the unicorns, but it is said that they were too stubborn to get on the ship... dragons and pegasuses... I have no idea about.
260647
Well I do know that statistically speaking, there are more births during the full moon than at any other time of the month.  Additionally, a friend of mine assures me that the people at her work always act a bit strange on the full moon.  However, I doubt it has anything specifically to do with water.  Everything on Earth experiences the gravity shift - it's just that water in the ocean is more free to react, being a liquid.  My guess is that it's a subconscious reaction to the change in gravity - our bodies do a lot of things without our knowledge.
544607
I watched a very interesting show that proposed a theory about ships vanishing.  He also gave a very convincing demonstration.  He believes a ship can be sunk immediately if the earth beneath the water was to "Burp" huge amounts of Methane.  This occurrence has happened in a lake in Africa which killed off an entire village.   \n\nHe demonstrated how this would work (in a lab).   He had a huge tank filled with water, that enabled him to have tiny bubbles be emitted from the bottom, with a model ship floating above.  As soon as the tiny bubbles reached the ship, it sank immediately to the bottom.  It showed that the people on board would not have time to call for help.   Air (or Methane gas) will reduce the buoyancy of the ship and sink it.   \n\nSo, this could explain how a ship could vanish without a trace or getting an SOS before it sank.   As for the planes, well, they do fall from the sky for many reasons, and the Ocean (even just the Bermuda Triangle) is a pretty big area.\n\nI was Aircrew in the Navy, and had been on Search and Rescue missions in that area. . .I have to tell you, when we were searching, we never found anyone. . .it was very difficult to see anything.\n\nPlease. . . Vote. . .
302263
This one has been done before, but it's still awesome.\n\nhttp://www.snopes.com/science/dhmo.asp
296506
Only the Electric Power Company can answer this.\n\nAssuming your inforrmation is correct, and this involves RAIN only, not high wind, it is possible there is an Underground Line that shorts out.\n\nWhatever it is, it sounds like something that can be fixed, but this will only happen if you organize the members of the community and invite the Power Company representative to meet with them and explain why this happens.\n\nMake sure the TV News crews are there.
623858
What sort of time frame did you have in mind?  I'd like to know because I'd better be moving to higher ground.  \n\nUsually I don't bother with this sort of thing, but the recent hurricane season has got me thinking that something is up.  \n\nThanks for the warning! \n\nCheers!
668559
This is just a name, a metaphor for an effect described in chaos theory.  The idea is that small effects *can* multiply on top of each other to create larger effects.  So a butterfly's wings *could* theoretically make tiny vortexes that affect the microclimate of a swamp, that through all the things that cause weather effects too complex to model, could produce a storm halfway around the world.  This is just purely theoretical, a metaphorical model.  But that's what it means.
296024
A few years ago while living on a farm, the owners raised rabbits, tons of rabbits, too many rabbits, they had a huge long line of rabbit cages along the back of their barn, and were getting worried about having too many rabbits and there were dozens of new baby rabbits born just that week, well to make a long story short, that night there was a terrible storm and a bolt of lightning shot down and hit a tree at it's roots that was beside the rabbit cages and I thought I saw a tiny little streak of lightning shoot off from the main bolt and zip towards the cages. Well, I was right! After the storm, we went out to inspect the tree, but there wasn't anything wrong with it, there wasn't even a mark! But when we looked at the rabbits, every single one was dead, the old ones, the young ones, the new borns, all instantly electrocuted by that little streak of lightning that ran off the big bolt! It solved the farmers dilemma about what to do about all those rabbits, but what a way to go! The vet said they didn't feel a thing, it was so quick!
645886
well, to be honest, i think all the options above suck. \n\nstorm surges are related to a lowering of atmospheric pressure allowing the sea water beneath a storm to rise. they are typically associated with hurricanes, but could occur with large thunderstorms under teh right conditions. \n\nhurricane winds typically reach over 180mph. when have you ever been in a thunder storm with winds that high?!? the hurricane classification system is based on wind speeds and damage. a thunderstorm is towards the lower end of the spectrum, followed by tropical storms and hurricanes. so no, a thunderstorm does not have faster winds than a hurricane, that is just ridiculous. \n\ni find it hard to belive that thunderstorms have more evaporated precipitation than a hurricane, but i may be wrong. thunderstorms mainly release built up electrical charge whearas hurricanes are a culmination of evaporating water over the warm, deep areas of the atlantic ocean. \n\nhurricanes winds do spiral due to the corriolis effect. i cant remember which way though. i wouldnt say that thunderstorm winds blow in a straight line, there is bound to be turbulence to some extent. \n\nso in short, none of the statments suggested in the questions is really correct.
120385
well, it all depends. If you live in like, california it can be anything from really weird weather like hot one week and a blizzard the next, and if you live in like south america, in peru, the waters get really warm. that's just a few of them.
515463
All decent explanations so far; I hope I can add to what has already been posted.\n\nLiquid and Ice most definitely can exist at the same temperature and Ice can be and often does get colder than 0C.\n \nFirst of all the Triple Point of water is the pressure and temperature at which Ice, Liquid Water and Water Vapor exist at the same time in equilibrium.  Vapor is the right word, not steam although you can argue that the only time that Water Vapor and Steam are the same thing is at a very low pressure.  The Triple point of water only happens at a near perfect vacuum, 0.0063 ATM to be precise.\n\nAdding Salt to water will lower the freezing point, but then it isn't water anymore, it's salt water.  Even so, Liquid Salt Water and Ice Salt Water can also exist at the same place and time at the same temperature, slightly below 0C.  But let's stick to water.\n\nIce can easily be lower than 0 degrees.  Consider a bucket of water, liquid water sitting outside and the air temperature is -10C.  Little by Little, as the liquid reaches 0.0098 C, liquid starts to become ice.  The ice crystals form in the bucket, around the walls of the bucket and on the surface first.  The air is still -10C so the bucket, the liquid and the ice will keep getting colder.  The ice on the surface will drop to slightly below 0C but very slowly since it is still absorbing the heat of the not-yet-frozen water.  Eventually, the entire bucket of water will be frozen and will be just below 0C.  First the walls of the bucket will reach -10C (same as the air tempertaure).  The ice near the walls of the bucket and on the surface will reach -10C first, continually absorbing the heat energy from the relatively warmer ice near the center of the bucket.  Until finally, the entire bucket of ice is steady at -10C.  That is until the sun comes out or the day gets warmer.\n\n\nAnd by the Way, dry ice is not water, it's frozen CO2 (Carbon Dioxide)\n\nOne more thing, at a near perfect vacuum, you can actually cool liquid water to less than 0C without it freezing.  Never tried that but I did accidently freeze a beer last night...