how does the water cycle work?
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It rains\nthe rain collects and then either:\n\nsoaks into the ground and comes out later\nflows into a river then the sea\n\nAt some point it evaporates and forms clouds\n\nthen it rains...\n\nsee above!
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water. it's the creator of life.
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It works by removing the water vapour (like steam) from the air. Water vapour condenses back to a solid for when it meets a cold surface. The water then appears as if from knowhere (as in condensation on a glass or can containing a cold drink) This action takes place when the dew point of the vapourised liquid is reached
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To sustain life(fauna/flora) on earth especially inland area.\nWater Cycle:\nOcean evaporate > vapour rise to sky > condense form cloud >\nmeet cold front become rain > rain form stream >stream form river > river flow to coast.\nwhen the cycle is disrupt or changed, drought/flood occurs.\nthe site below is an US site for:
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i would assume that water would work best since a plant doesnt need any other ingredients excpet for the water to grow, other things that might affect the way a plant grows is the amount of sunlight and water it recieves.  This is just my guess from what i have learned in Biology.
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According to Alex Imholtz ( http://www.otal.umd.edu/~vg/amst205.F97/vj09/project5.html ) , gas refrigerators work this way :\n\nsection having a series of coils containing steam. The steam is created via a gas flame. Strong liquid (ammonia mixed with water) flows over the coils and the heat from the steam causes it to boil. As a result of the boiling, the strong liquid gives off ammonia vapor which exits the generator (2). This ammonia gas leaving the generator contains a small percentage of water and is somewhat warm. The gas enters the rectifier which is an amalgam of a heat exchanger and condenser created to purify the gas by taking away the heat and water. The heat from the gas is removed by liquid flowing though the rectifier. The cooling of the gas is what removes the water vapor. The water vapor condenses and drips back into the generator (3). The ammonia gas, however, proceeds to the condenser. It is here that the ammonia vapor is reduced to a denser form - liquid. The condenser consists of a ladder of tubes parallel to one another. Water flows downward over the outside of the tubes, taking heat from the warm gas flowing through them. The temperature decreases causing the ammonia gas to change phases. At the bottom of the condenser, liquid ammonia flows out (4). This anhydrous ammonia then passes though a brine cooler. Brine is simply the salt, of any substance, dissolved in water. The ammonia chills the brine and the brine then chills the unit (5). The ammonia then passes through the evaporator where it returns to gaseous form. The ammonia then proceeds to the absorber. Here, the evaporated ammonia is dissolved into water. After the ammonia is absorbed, the liquid is now strong and the cycle can begin again. A pump draws off the strong liquid, and discharges it to the generator where the process starts over (6).
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Are you talking molecular level or physical process?\n\nWater is the bond between Hydrogen+ and two Oxygen- formulating H2O.\n\nWater as in the rain.  Evaporation is the water droplets from the sun heating up the water rising to the sky, also the plants perspire its water from the heating of the sun and rises to the sky, then condensation is the cooling of the droplets and condensing, weighs down the cloud with concentrated & heavier droplets and precipitation is the actually rain droplets falling to Earth.\n\nThe chemical process of cleaning the water to drink is the earthly cycle, but you want to go with human cleaning is the introduction of a sanitizing and killing bacteria in the water with chlorine and making it supposedly healthy with fluoride.  And a bunch of supposed microfilters to catch debris and bacteria.  Heating the water also helps clean it a little.
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Hydrosphere (Greek hydro- means "water") in physical geography, describes the collective mass of water found on, under, and over the surface of a planet. On Earth, the water cycle describes the methods of transport for water in the hydrosphere. This cycle includes water beneath the Earth's surface and in rocks (lithosphere), the water in plants and animals (biosphere), the water covering the surface of the planet in liquid and solid forms, and the water in the atmosphere in the form of water vapor, clouds, and precipitation..
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Water can exist in three different forms, known as States. These states refer to the form that water takes depending on what is happening to the water molecules. Water molecules change from one state to another when heat energy is added or lost. The three states of water are Liquid (flowing water), Gas (steam), and Solid (ice).\n\nGas State\n\n    The bond between the hydrogen and oxygen that form the water molecules is a weak attraction.\nWhen water is heated to boiling, and steam begins to form, the molecules separate and are no longer attached. This causes a gas to form. In this gaseous state, the water molecules have been heated by energy and are moving very fast. \n\n    Water in the form of gas also forms when it Evaporates from a liquid . This occurs in the Water Cycle as oceans, seas, lakes, and smaller bodies of liquid water evaporate in the heat of the sun.
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The movement of water around, over, and through the Earth is called the water cycle.The water cycle—technically known as the hydrologic cycle—is the continuous circulation of water within the Earth's hydrosphere, and is driven by solar radiation. This includes the atmosphere, land, surface water and groundwater. As water moves through the cycle, it changes state between liquid, solid, and gas phases. Water moves from compartment to compartment, such as from river to ocean, by the physical processes of evaporation, precipitation, infiltration, runoff, and subsurface flow. Movement of water within the water cycle is the subject of the field of hydrology.
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CONDENSATION, it's the same way we get rain!  water evaporates from heat, it turns into vapor(clouds) and when they get enough water, it rains!
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Water is created by burning hydrogen.
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Here's a link for the nitrogen cycle that has a diagram. \nhttp://muextension.missouri.edu/xplor/envqual/wq0252.htm\nBasically nitrogen goes from plants to animals to the ground from waste and is broken down by bacteria.\n\nHere's a good link that explains the phosphorous cycle. Basically, the phosphorous cycle is when phosphorous is in water from broken down rock sediment and in plants, is consumed and used in animal, then is returned to the environment through decomposers.\n\nThe carbon cycle is when carbon from the air is used by plants and animals in respiration and returned to the environment in respiration and decomposition.\n\nHere's another link that may help.\nhttp://neptune.gsfc.nasa.gov/STAFF/brianc/phospho.html
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Hey \n  every year i do a science fair project on plants and last year i learned how it happens.  First of all it is called absorbtion  Next, the water is sucked up by the ruts when the plant is looking for nutrients. then it takes the water to a different part of the (stomach) of the plant and it eats the water.\n  Hope i helped
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The short answer is that heat rises & cold air falls. As the sun heats the earth & THE EARTH ROTATES, warm air rises & falls as the day passes, creating movement of the air, combined with the evaporation of our seas into steam, the steam rises, just as heat rises, when the steam or heat reaches an elevation that makes the steam cool to a point that it can no longer rise, the steam becomes rain as the water particals bump into each other, eventually becoming too heavy, & they fall again.
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H2SO4 + H20 -> H2SO4:H2O (water decreased)\nHNO2 + H2O-->NH3 + O2   (you balance it)\nNaHSO3 + H2O-->H2SO3 + NaOH(you balance it)
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Water cycle is enhanced in the tropical area. Why? Higher temperature, more direct sunlight, water evaporates faster (the warmer air can hold more water vaper than cold air w/out condensing).