Very simply because as water is converted to ice a major qty of heat is released to the surroundings.For the reverse process the same is absorbed.So the temp of whatver you want to cool decreases to a greater extend,more than cold water does.
Ice IS water, but in a solid form. Solidified ice is much colder than water. Heat flows to a cooler object.. the bigger difference in temperature, the more rapidly the heat transfers. So it's not the cold from the ice dispersing to your drink - the heat from your drink is being absorbed by the ice.
because ice lacks latent heat of fusion while water posses it. So ice absorb also latent heat of fusion.
It requires heat energy to melt ice. So when ice is melting, it has a cooling effect even though its temperature remains the same.
It takes about eight times as much heat to melt a certain amount of ice without changing its temperature as it does to raise the same mass of pure water 10° C.
Because the temperature of ice is lower.
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Crystalization is more of a side effect of cooling. So no.
water energy
The flatter the land, the more precipitation there is.
colder air doesn't collect as much water vapor
Ether has a greater cooling effect than water when smeared on your hands because of its evaporation method. Ether gets its energy from your hands. So when it evaporates, the cooling effect is greater than water.
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Most people would say ice, because it's colder, but I say neither is. Ice is just frozen water (which is a physical change), therefore, neither is better than the other.
Crystalization is more of a side effect of cooling. So no.
Water at 0 oC is ice.
the density of water is higher than the copper coil it doen not effect the gravitational force, because of the higher water density, the water try to achive the area of coil as we know the copper is the good conductor of cooling it absorb the cooling soon, we get the more cooling effect where air to be pump,if we does reverse connection in fcu so, cause of gavitional force water water will travel through the ciol soon and rusult into less cooling effect.as copared to previous connection
None - the emissions from a cooling tower is nothing more than steam.
cooling of seawater is caused by the evaporation of surface water which takes latent heat from surrounding water molecules, similar to the effect of sweating. Cooling of seawater is also due to brine acceptance, if the water becomes more saline, it will sink as it is heavier than the surrounding water masses and thus cooling as water which becomes more dense has a lower maximum temperature, and pressure causes water to become colder.
The dimensions grains in metals are modified by heating or cooling.
Cooling load in kw is increase the temperature of the water before enter the cooling tower, thus the differential heat energy level is high compare to surrounding temp., so it will transfer heat more to surrounding and leave the tower with low temperature, and it will become more like to approach the wet bulb temp., this happens if the variables such the water flow, and the air velocity is kept constant.
Will salty water produce more or less water in a solar still- why?
When water can evaporate, the absorption of heat by the vaporizing water adds a significant amount of cooling. When the ambient humidity is already high, less water can evaporate before the air become saturated with water vapor and consequently cooling is more difficult. When ambient humidity is low, more water can evaporate before the air becomes saturated with water vapor - and thus more cooling can occur for the same flow rate of water.