Yes until it turns to ice when it take sup more space than hot water.
Because when your hands are dip into the cold ice water, your hands became cold. But when you take out of the ice cold water, it is still cold .But the forehead got a temperature so it will feel warmer and become more hot after a few minute
Its very unusual for a substance to expand when it freezes, water is just odd that way. Its just a property of water, its moleucles expand in the area they take up and take up more space.
The density of air varies with temperature, so for a given pressure and volume cold air will weigh more. With more weight comes more oxygen(and more of everything else too), all other things being equal.
It doesn't matter which temperature it is because germs only start dying when it reaches boiling point which is burning and some sinks don't go up to that temperature so that's why people use soap/antibacterial wash.
Cold water requires a higher temperature elevation than warm water does, and therefore will take longer to heat to boilinIf you start with hot water there is not enough difference in temperature from top to bottom to create an effective convection loop, because hot stuff only rises while in the presence of cold stuff to rise above. Warm water promotes a slower convection loop and hence will take longer for "ALL OF THE WATER" to hit 212 degrees.according to scientists, the notion that a body of cold water will reach boiling temperature more quickly than an identical body of hot water under the same parameters is simply false.This kitchen myth may have started as a way to encourage people to cook with cold water, not hot, which can contain more impurities. It may also have its origins in the fact that cold water generally gains heat more rapidly than water that is already hot, though it will not boil faster.But under the right circumstances, the reverse phenomenon can occur, and hot water can freeze more quickly than cool water.THE BOTTOM LINECold water does not boil faster than hot water, but hot water can freeze more quickly than cool water.
why does steam take up more space than liquid water
The water will expand on freezing, so taking up more space.
Warm water is not heavier than cold water. Warm water is lighter than cold water because water, like most other materials, expands when heated causing it to take up more space while weighing the same amount (it becomes less dense).
why does steam take up more space than liquid water
Sort of, as steam water spreads around more so you could say that water takes up more space as steam.
No, hot air takes up more space than cold air. When matter is heated, it expands, when it is chilled, it contracts (water is an exception, as ice crystals expand from liquid water). To prove this, take an empty water bottle and shove it in the freezer for an hour or so. When taken out, the air inside the bottle will be cold. If you wrap a balloon around the bottle's opening, you will trap the cold air inside the bottle. Now, pour some hot water over the bottle, heating it, and the air inside (be careful). As the air warms, it will expand, and therefore take up more room. Since the bottle is a confined space, the balloon over the bottle's mouth will inflate slightly to give somewhere for the expanded air to go.
there well if u gona take medicine inside nothing will happened but if u have some dissolving calcium tablets in water and if u put it into cold water it will dissolve but it will take more time then the normal water but if u take medicine with cold water the water will be warm in mints so don't worry :)
Cold water is more dense than warm water. As a group of water molecules lose energy (lose heat), they move slower and slower in three-dimensional space. Since the individual water molecules are moving more slowly, there is a greater opportunity for hydrogen bonds to form and be retained between individual water molecules. Since there are a greater degree of intermolecular bonding take place, the molecules are packed more closely together, and are thus more dense.
They have to take basic necessities in space. Food water and other things are carried from earth only.
When energy (in this case, heat) is added, it excites the molecules and causes them to begin to move more. This extra movement causes them to repel one another more, causing the substance to take up more space.
That depends on the relative quantities of sugar and water, the water temperature (more definitely than merely "cold"), and any agitation (stirring).
When it comes to water, ice takes up more space as compared to water. Does this apply to all states of matter? If so, to what else does it apply to?