Most of earths liquidform of water is?
482774
Yup, definately oceans.
685755
Ice water.  Ice is the solid phase and the water is the liquid phase.
75119
You should take a look here to see the formation of the ocean basins: http://www.mos.org/oceans/planet/change.html\nand then the next page, to see one theory on where the water comes from:\nhttp://www.mos.org/oceans/planet/cycle.html\n\nPerhaps a better answer is here:\nhttp://www.madsci.org/posts/archives/oct99/941236464.Es.r.html\n\nFurther discussion on the origins of all the water is given here:\nhttp://www.oceansonline.com/ocean_form.htm\nand under the "Origin of the oceans" title here:\nhttp://www.seafriends.org.nz/oceano/oceans.htm
466958
all of us will be in solid state, bearing in mind that the human body is made up of 50 to 75 percent water.  we can't move unless we are from planet Krypton.
798933
water as in H2O? just ok...\nyeah covered with it... \nas long as the planet is not made up entirely of water.... that wold be like a big floating water vapor....\nhaha
59337
Earth has a total surface area of 196,800,00 square miles. Approximately 57,300,00 square miles, or 29% of the total surface area is land. Water covers approximately 139,500,000 square miles, or 71% of the total surface area.
73419
1.34 billion cubic km of water is available on earth but 96.5% of water is found in the sea that is saline.only 0.0002% is running water, and 0.76% is groundwater. so you see we already have very less freshwater at our disposal. with the booming population and increasing number of industreis our usage of freshwater is also increasing. thats is the reason for the shortage of freshwater.
1150478
It's widely believed in the scientific community that the earth has a liquid mantle (that's where magma/lava comes from) and a solid super-hot iron core.  Good luck digging through that.
790097
Just look at the moon.  The moon has is made up of mantle rocks, just like the Earth's crust.  But there's no water, nor is there an atmosphere.  \n\nIt's actually not a fair question.  The Earth is in a wonderful position in that water is a liquid (too close it's a gas, too far it's ice).  Water is a very abundant substance - if a planet has an atmosphere, it has water.  The moon is too small and cannot hold an atmosphere, but there's no way the Earth would lose its atmosphere due to its size.  Therefore, there's really no way for the Earth to lose water.\n\nSo assuming the Earth COULD lose its atmosphere, you'd have a surface like the moon.
915920
The percentage of the Earth's core that is solid is 4.7 %.  \n\nThe Earth's core is divided into the Inner core, which is solid, and extends for 1278 km, and the outer core, which is liquid, and extends for another 2210 km, or to a radius of 3488 km.  \n\nUsing the formula for Volume of a Sphere = (4/3) * Pi * Radius ^3 \nyou can calculate the volume of the Inner Core at 8.74 * 10^9.\nThe volume of ALL the core (Inner and Outer) is a total volume of 1.78*10^11.\n\nThe percentage of the Inner Core of the ALL the Core is \n8.74*10^9    /    1.74 * 10^11    =    4.7 %
360560
Good thought. But dear i want to tell you the secrete of this process, the water is found by combining One Atom of Oxygen with two atoms of Hydrogen at a critical heat of formation that existed only at the formation of Earth and it is not possible to create the same Heat of formation to form Water at the Normal working conditions.
265467
It is likely that the amount of water has increased over time. Water on the planet is considered to be from three sources, chemically separated from rocks, from meteorites, and as part of comets.\n\nHowever, contrary to the beliefs of many who have answered this question there are numerous earth processes that both create and eliminate water. There are sedimentary rocks on the planet that were deposited in water over 4 billion years ago, so it has existed on the earth for a long time. \n\nWe currently consume 83 million barrels of oil every day on the planet, and that oil and natural gas creates large volumes of water vapor from the hydrogen contained in it. In fact, it probably releases a larger volume of water than the volume of the oil since it combines with atmospheric oxygen. Burning coal also releases water.  In the overall volume of water on the planet, this is all probably insignificant. \n\nMany other processes both create and destroy water. Concrete for example chemically incorporates water into its structure when it solidifies. Many rock processes involve incorporation of water into the chemical structure of the rock, and others release water. Minerals such as gypsum are formed by chemical incorporation of water with anhydrite. The water becomes part of the rock. \n\nBiological processes also chemically consume water. Plants incorporate water into their carbohydrate molecules produced during photosynthesis. \n\nOf course, over geologic time most of these processes are cyclical so it is difficult to say if there is a trend in any direction. Most of them are fairly minor in relation to the total volume of water on the planet. \n\nhttp://ga.water.usgs.gov/edu/earthhowmuch.html
626093
76% of human body is water. this figure is not same to every body do the climate that they live. The habits of drinking water also may show differ answer like the chiness people in general like to drink water a lot.\n\nFor example: people in Sahara may consist of less water compare to people in Alaska.\n\nClimate, alitude, temperature and others may affects the readings.
957050
all things have a solid liquid and gas state. it just depends on the temperature.
111121
water's chemical description is H2O, one atom of oxygen bound to two atoms of hydrogen. \n\n1). Pure water has a neutral pH of 7, which is neither acidic nor basic.\n\n2). Water is called the "universal solvent" because it dissolves more substances than any other liquid.\n\n3). Water is unique in that it is the only natural substance that is found in all three states -- liquid, solid (ice), and gas (steam) -- at the temperatures normally found on Earth.\n\nTypes of water\nI). Hard & soft water\nSoft water - Any water that does not contain a significant amount of dissolved minerals such as salts of calcium or magnesium.\nHard Water - water containing a high level of calcium, magnesium, and other minerals. Hard water reduces the cleansing power of soap and produces scale in hot water lines and appliances.\n\nII). Ground water & Surface water\nGround water - In hydrologic terms, water within the earth that supplies wells and springs; water in the zone of saturation where all openings in rocks and soil are filled, the upper surface of which forms the water table. Also termed Phreatic water.\n\nSurface water - Precipitation which does not soak into the ground or return to the atmosphere by evaporation or transpiration, and is stored in streams, lakes, wetlands, and reservoirs is surface water.
419070
Water..We always have the exact same amount on earth. It just keeps changing forms.
87965
We never get new water here on earth..it's just recycled. The water cycle defined is "Transition and movement of water involving evaporation, transpiration, condensation, precipitation, percolation, runoff, and storage."\n\nWater falls in the form of precipitation (snow, rain, etc). Some of it seeps into the ground that makes up our water aquifers (perculation), some is in the form of runoff (rivers, streams), eventually water makes its way to lakes, ponds, oceans, etc and is stored. Some water is taken up by plants and is stored there. It leaves "storage" when the water evaporates and through transpiration in plants (plants lose water through their leaves which is why they seem especially prone to wilting on a hot windy day).\n\nCondensation is when water goes from a gaseous state back to a liquid state. An example of this putting your breath on a cold window or mirror and watching the water droplets form.\n\nHope this helped. It's a simplified explanation, but it will get you started.