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If cold and hot water are poured into the same container, then the cold water will gain energy and the hot water will lose energy, until the water as a whole has the same temperature
The heat energy from the water has to go to a colder place such as the plastic. When the heat energy meets the bunched-up plastic atoms, the plastic atoms get hypped up and run around, turning from a bunched-up solid to a loose liquid.
The liquid that flows the fastest when poured is the least viscus. This liquid might be liquid water for example.
it won't cuz
atmospheric pressure
Yes, it is true.
Change and flush the transfer case fluid immediately.
Milk being held in a bottle within a gravitational field (above ground, for example) is an example of a substance with potential energy. It has stored energy which will convert into kinetic energy once the milk is poured out, or the container breaks, releasing the milk, and allowing it to accelerate within the gravitational field.
Because it has got something to do with evaporation. because it HITS something colder
It certainly can if the concrete becomes too waterlogged.
"Poured" is a verb, not a noun. A common noun is a general, non-specific person, place, or thing, like "dog" or "city."
month
No. Something is cold when heat energy has been removed from it. A glass of milk, once poured and left standing out, will absorb heat from the air if the air is warmer. When it reaches the same temperature as the air (warmer or colder) it will remain at that temperature unless its surroundings are warmed or cooled. If the milk goes sour, chemical changes may affect its temperature.
actually a gas can be contained in a container, basicly being poured, so plasma can be poured. YES
it depends on the ratio of blood to water. more blood= higher chance. if its all blood it is extremely likely
If cold and hot water are poured into the same container, then the cold water will gain energy and the hot water will lose energy, until the water as a whole has the same temperature
Because unlike coal or oil, a nuclear reactor can heat the water for steam without combustion. No combustion, no smoke. No ash or burning waste. No carbon dioxide poured into the atmosphere, no carbon waste poured into the ground water.