what's the next stage of  water vapour?
611036
it should be plasma\nif u mean ice>water>water vapor>plasma\n\nu see,when a solid is heated to a certain extent it melts into liquid,and further heated it becomes a vapour,when it is heated to a greater extent,the molecules break up into atoms and atoms into very minute states.these form a cloud of particles which is called plasma.\nfor ex.,the temp. of stars is upto millions of degrees hence the plasma is present and also known as fourth state of matter.
451840
Quite obviously faster. To boil over and turn to vapour, the water molecules near the surface need a lower amount of energy when the water is being boiled in a rarer atmosphere.
958860
evaporation would need to something for this to happen then where would the vapor go the chances of oceans drying up in our life times of the human race is nill if it happened the cause would have finished us long before have you any more stupid questions
731168
just measure how much water they lose to the atmosophere some how and keep track of the amount of water you have added over a period of time. \nThis should be an interseting experiment.
751012
Clouds are formed essentially by water vapours.The uppermost layer of waterbodies like sea,river,ponds etc(specially sea) are in the process of evaporation always.now water vapour is a gas and due to the fa that the surface of the waterbodies and the earth is hotter,the watervapour expands its volume.As you must be knowing density of an object is its mass divided by volume.Mass being constant,if volume increases density decreases and the water-vapour getting lighter goes up.There the temperature being less ,the water vapour condenses into water-droplets and floats as clouds,
473966
Evaporation. The sun's heat turns water into vapour.
443544
To start with, the air and water would leak out of the station. The vacuum would not leak in.\n\nOnce the water droplets had passed through the hole, they would boil almost instantly into a gaseous form.  This conversion from liquid to water vapor would absorb a lot of heat (latent heat of vaporization) thus causing the temperature around the reaction to drop. This would have the potential to freeze some of the water before it has a chance to vaporize.
464255
What step are you on now and what would the next step be?
620707
As air gets warmer it's able to contain more water vapor.  An easy way to illustrate this is in a steamy kitchen or bathroom where you'll see that condensation forms on the coldest surfaces such as windows, mirrors, tiles etc.\n\nWhen the amount of water vapor in the air reaches it's maximum point the air is described as being saturated (saturation vapor pressure or SVP for short).  SVP is therefore reached more quickly when the air is cooler.\n\nWhen air reaches SVP it has to deposit the excess moisture which it does as dew or condensation and the point at which this occurs is called the dew point.  The colder the temperature the lower the dew point which helps explains the cool mornings when there's dew on the grass.\n\nHumidity is a measure of the amount of water vapor that's present in the air and is measured as a percentage of the maximum possible.  So a Relative Humidity (or RH) or say 60%, means that the air contains 60% of the maximum possible water vapor.  As mentioned, the amount of water vapor possible increases with temperature and so RH is affected by temperature.  An RH of 80% in a hot tropical climate is going to feel much damper and humid than an RH of 80% in a cooler climate.
1112416
Water molecules in the air are continually shifting from liquid to vapor. As the Brownian motion and swirling air currents or breezes are moving them around. \n   Thus some of the water at 100 % humidity will be condensing on cooler surfaces while others are evaporating from warmer surfaces eg. your skin.\n   P.S. Your question didn't say but I hope you are standing under a umbrella or something cause at 100% humidity it's likely to be raining. \n\n  Also humidity is relative to air temperature so if the sun is shining during this sun shower, the true quantity of vapor in the air may continue to rise, while humidity actually falls.\n  Nature is truly a conundrum, and even the best super computers, and weather models fail to predict what the weather will do.\n So don't strain your brain.
849763
Water vapor.\n2 H2 + O2 = 2 H2O
1186473
airborne:  mist, fog, steam, rain\nFresh water: lake, stream, creek, pond
669862
Wow. If the air at ground level is very dry, the rain will evaporate before it can hit the ground. This is called "virga."
113745
You should be able to find the answers on these web pages:\n\nhttp://www.uni.edu/~iowawet/H2OProperties.html\nhttp://dl.clackamas.cc.or.us/ch106-06/thermal.htm\nhttp://daphne.palomar.edu/jthorngren/latent.htm
524682
In order of decreasing concentration:\n\nNitrogen, oxygen, argon, water, and carbon dioxide
115995
You <can> measure steam. It is merely water in a gaseous state; gases occupy volume just like liquids.\n\nI'm not totally sure what you're asking though. Do you mean that during the boiling process, 1tsp (0.005L) of liquid water generates 2 gallons (7.5708L) of water vapour? \n\nThat's a pretty massive expansion, but if it is the case, the ratio of liquid:steam would be\n0.005:7.5708\nor\n0.001:1.51416\nor \n1:1514.16
271465
Ooh, I studied this last semester. It changes phase. In other words, it changes from liquid (water) to gas (clouds) to liquid or solid (rain, snow, or hail). Then it repeats.