water is ice when you freeze it and ice is water when you unfreeze it and steam is water when it cools down and when you touch It you can fill it is water because it is wet and water is wet and ice is wet and sream is wet to thanks you for looking at this
butterfly 16
the speed of the water vapor molecules can be decreased to produce ice
dew, ice, stream and snow are all forms of water. Cold is not.
The mouth of a stream is where it meets a larger body of water, such as a lake, ocean, or another stream. It is where the stream's water flows out and mixes with the water of the larger body.
Water in its solid form, ice, has a cooling effect because it absorbs heat from the surrounding environment as it melts, which lowers the temperature of the area it contacts. In contrast, hot water in a stream can cause severe burns because its high temperature transfers a significant amount of thermal energy to the skin upon contact, leading to tissue damage. The key difference lies in the thermal energy transfer; melting ice absorbs heat, while hot water releases it.
Rocks found at the bottom of a stream are typically called streambed rocks. These rocks can vary in size and composition, and their presence can influence the flow and ecology of the stream. Common types of streambed rocks include quartz, sandstone, and granite.
how is water ,ice,wind, alike
the speed of the water vapor molecules can be decreased to produce ice
dew, ice, stream and snow are all forms of water. Cold is not.
the speed of the water vapor molecules can be decreased to produce ice
Ermine's get water by drinking from a stream or licking the ice. THE END.
Gravity and ice are alike in that they both have mass. Gravity is the force of attraction between two objects with mass, while ice is the solid form of water, which has mass due to the presence of molecules.
they all share the smae elements
No. Ninetyy-eight percent of Antarctica is covered with an ice sheet. There is no fresh water there, except that which is frozen.
because with gravity has a couple types but one of them are water that turns to ice and so does glaciers.
As we glide across the ice, we exert pressure on the thin blade, and are therefore creating a small stream of water in our path by melting that ice. The water between the blade and the ice is what we really glide across. Right when we stop exerting pressure, that water freezes almost instantly due to the cold temperature surrounding it
For all intents and purposes river and glacial water is identical. What determines the speed of moving water is the grade down which it flows. The steeper the grade the faster the water flows. So whichever stream is the steepest, that stream will be the fastest.
No. They just sound and kindof look alike.