Science, asked by kasonidulalli, 1 year ago

Ice water and steam are three states of a substance and not different substances.. JustifyJustify??????????

Answers

Answered by pahiroy1221
11
ice is gaseous water is liquid and steam is vapour are the three different states of a substance.they are not different substances because if you cool steam then you will get the liquid state the water and if you boil the liquid you will get the steam means the vapour/gas. and if you and if you heat the ice then you will get the liquid means the water.
                        by doing this you are getting the same thing therefore steam, water and ice are the different states of a substance and not a different substance in itself.
                   i hope that this will help u.       
Answered by aryansuts01
3

Answer:

When melted, ice (in its solid state) melts and turns into water (liquid state). Water turns into steam when it is boiled (gaseous state). After cooling, the process can be reversed. This proves that they are a product's states. In actuality, all three provinces share the molecular formula H2O.

Explanation:

Matter with only one particular sort of atom or molecule is referred to as a substance.

Since they share the very same molecules, chemical characteristics, and constituent elements (namely, hydrogen and oxygen), ice, liquid, and vapour are all three states of the same substance. In these 3 states, the molecules' configuration is the only difference. While the molecules in water are rather tightly packed, those in ice are tightly packed. The atoms in steam are separated from one another.

When water freezes, it transforms from a liquid into ice. When ice melts, its state of matter shifts from solid to liquid, or water. Additionally, this water's state of matter turns from a liquid to a gas, or steam, when it is heated. And this steam produced into water when we concentrate it.  As a result, we draw the conclusion that ice, water, and steam are just three different states of the same thing, not three distinct substances.  The application of various temperatures is the cause of all these state changes.

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