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the thickness of the water's container
It seems more like it absorbs water. The water gets thicker, pastier, the flour will gather at the bottom of the container if its still.
White and small. It also can dissolve in water very quickly
Heat the water.
Since sugar is soluble in water and sand is not, it would be quite easy to separate them. You could place the mixture into a container with water, let the sugar dissolve (it will dissolve faster if the water is hot) and then pour the water through a filter, to filter out the sand. If you wanted to, you could let the water evaporate (or boil it away) leaving behind the sugar. This situation does not actually come up very often, but I would call the process selective dissolving.
the thickness of the water's container
apply hot water
The object will dissolve in the container of water.
Stir it in a container of water.
by using water in a container
It will dissolve faster in fresh water.
From a sealed container or pipe water cannot be evaporated.
Correct.
It seems more like it absorbs water. The water gets thicker, pastier, the flour will gather at the bottom of the container if its still.
AlpenWeiss
Well, I would like to know where I could get a free pair of solid gold pants, but I'm not bothering YOU about it. Lesson Learned. ~Swag Sister
Yes it disolves quickly in fresh water and slows down as the water become saltier