Yes. Water vapor in the air can condense (like the water that forms on your cold glass of soda) and fall. If the temperature is warm, the water falls as rain. If the temperature is cold enough, the water freezes and falls as hail or snow.
If you have tiny drops of water, falling through air whose temperature is below the freezing point of water, the droplets will freeze and turn into snow.
Small ice crystals fall from the sky. In the effect you can build a snow man or have a snow ball fight.
If it's warm water - the snow will melt. If it's cold water (close to zero celsius) - the water will freeze.
it becomes warm
It gets numb.
When that happens it uses up all the oxygen and replaces it with co2 (carbon dioxide) and water and that what makes the sucking affect :)
If you boil it, the water will boil and the dye will not, leaving you with dye.
It get hotter and if it is frozen it melts. If it is melted it boils.
Ha. A nice try. But I see your trick question. The snow is now water, so nothing happens to the snow. There is no snow. Very clever, mister who-ever-you-are.
all you do is put snow in a bucket and pound it with you fists and then make a snow ball and throw it a hard as you can the next way is to put warm water and ice melt in a water ballon or water gun and spray there fort:):):):):):):)
It evaporates, or disappears. Hope this helped!
When the temperature is low enough for water to freeze, The rain freezes and therefore snow is created.
only if you put balloons in it. but the balloons have to be made out of snow, if they arent made of snow then the water will be brown
Snow crystals form when water vapor condenses directly into ice. This happens in the clouds.
Lots and lots of rain/ snow. E2
Touch it and see what happens! You will probably not be allergic to snow or ice though as it is just frozen water!
They melt..> they melt and turn back to water.
turns into hail or snow.
The water molecules expand when they are blown out. When this happens, the mixture turns into snow.
Nothing noteworthy happens if mentos are put in tap water; they simply dissolve slowly.