The process of water freezing to form ice at 0 degrees Celsius is?
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0 degress centagrade is freezing tempature 32 degrees farenheit learn how to converte the different systems it helps .
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Thanks to the wonderful nature of the water molecule, ice is the only product in nature that actually expands as it cools. Once water gets to be less than 4 degrees C, its crystalline nature takes over and the molecules start to line up and push each other apart. This is why ice floats on water. The colder the ice, the less dense it becomes, the higher it floats. EXPERIMENT: Take a thin glass and fill it halfway with water. Mark the level of the water with a grease pencil. Put the glass in a cold refrigerator. The water level will go down. Now put the same glass in the freezer overnight. The water level will go up. The colder the freezer, the higher it will go.
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During winter the water at the surface of lake or pond gets cooled.\n\nDue to cooling density of water increases; denser water\ngoes down, while the relatively hot water comes up. This is convection.\n\nBut water has a peculiar property that below 4 degree C it becomes less dense.\n\nTherefore when the surface temperature is 4degree and below, the water at the surface cannot go down. Hence convection of water is stopped. \n\nThe temperature increases relative to water surface.  If the temperature of the water surface reaches freezing temperature, ice is formed on the surface and the freezing takes place from top to bottom.\n\nThus lives of water living creatures are saved from freezing.
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Salt decrease the melting point of water so adding salt to ice wich is fresh water will make it melt at a lower temperature than 0 celsious.
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there is ice when it is cold, this is known as being frozen
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Hydrogen bonding causes water to expand upon freezing.  The H-bonds cause the molecules to align into a structure that occupies more space than the liquid.  \n\nLiquid H2O does not do this because the kinetic energy of the water molecules constantly breaks any H-bonds that form.  As the kinetic energy (temperature) of the water decreases, the water becomes more dense, down to about 4 deg. C.  \n\nBelow 4 deg. C, the H-bond alignment of molecules outweighs the kinetic energy and the density of water begins decreasing.\n\nFrom Wikipedia:\nA simple but environmentally important and unique property of water is that its common solid form, ice, floats on the liquid. This solid phase is less dense than liquid water, due to the geometry of the strong hydrogen bonds which are formed only at lower temperatures. For almost all other substances and for all other 11 uncommon phases of water ice except ice-XI, the solid form is more dense than the liquid form. Fresh water is most dense at 4°C, and will sink by convection as it cools to that temperature, and if it becomes colder it will rise instead. This reversal will cause deep water to remain warmer than shallower freezing water, so that ice in a body of water will form first at the surface and progress downward, while the majority of the water underneath will hold a constant 4°C. This effectively insulates a lake floor from the cold.
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Salt or calcium chloride sprinkled on ice will turn the water in ice to a liquid with a much lower freezing point, thus dissolving the ice.
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A rough example as follows:\n\nQuestion: What happens to ICE when you PLACE IT IN WARM WATER?\n\nHypothesis: IT TURNS INTO LIQUID.\n\nMaterials: ICE, CONTAINER, WARM WATER.\n\nSteps: 1.  FILL CONTAINER HALF WAY WITH WARM WATER.\n       2.  PLACE ICE IN CONTAINER.\n\nObservations:  I OBSERVED THE ICE MELT.  THE ICE TRANSFORMED FROM A SOLID TO A LIQUID.\n\nConclusion: ICE A SOLID CAN TRANSFORM INTO WATER A LIQUID WITH THE ASSISTANCE OF INCREASED TEMPERATURE.
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It depends on the mass. The latent heat of fusion of water (the energy required to freeze it) is 333.7 kJ/kg. That means to freeze one kilogram of water, it requires removing 333.7 kilojoules of energy.\n\nThis assumes that the water is already at freezing temperature. If not, energy must first be removed to get it at freezing temp.
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The answer is either 0% or 100%. If ice is 0 degrees C it will remain as ice. [in theory]
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Under normal curcumstances when water is cooled, it will form ice at its freezing point.  That is crystallisation takes place and an ice cube is formed.  If now the liquid is cooled past its freezing point without crystallisation taking place, a glassy substance is formed.\n\nWe can also cool saturated solution, without crystalllisation taking place to form a super saturated solution.  This is super cooling.
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water freezes at 32 degrees Fahrenheit, and 0 degrees Celsius\n\nthe colder the faster
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Sleet is a mix of water and snow.  Freezing rain is more interesting.  Usually water freezes at 0 degrees Celsius.  But if it's completely free of bubbles and dust particles that ice crystals can start to form on, like in the upper atmosphere, it can cool down to minus 40 Celsius before it freezes.   This is supercooled water.  The moment supercooled water hits a solid object, like the ground or an aeroplane wing, it freezes.  Freezing rain is supercooled water, and it's very dangerous to aircraft.
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You of course need to add heat in five separate steps:\n\n1.  Heat the ice from -20C to 0C\n2.  Melt the ice at 0C\n3.  Heat the water from 0C to 100C\n4.  Boil the water at 100C\n5.  Heat the steam to 120C\n\nThe last step (5.) will depend on whether the steam is saturated at an elevated pressure or superheated at one atmosphere which you don't specify.\n\nThe rest is pure calculation using the values for specific heat for ice, water and steam plus the latent heat of freezing (reversed) and the latent heat for evaporation.  Engineers would use a steam table or charts to evalute the steam portion of the problem.
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freezing cold water/ice cubes
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Not quite right.  It is most dense at 4 degrees C.  If it didn't, the water would freeze from the bottom up.  As it approaches 0 degrees, it becomes less dense and rises above the more dense warmer water and freezes on the surface and goes down.  Otherwise, fish would be on top of the ice and die after it froze.
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Excellent question. It is possible. I assume you mean the solid form of water (ice). It is theoretically possible. At this time finacially impossible. You would lose a percentage of the surface area of the ice by sublimation. How do you propose to freeze the water to begin with? How will you keep it frozen (remove absorbed heat energy)? Where will your source of water be? If you are taking water from Earth, how will you get it into space?