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What else can I help you with?
Why is it that water is no longer a universal solvent?
It is still considered a universal solvent.
What is considered to be the universal solvent?
water is considered to be the universal solvent because it is easily used to dissolve many substances. in addition, in chemical reactions water is often considered the solvent.
What compound is considered to be the universal solvent?
water is considered to be the universal solvent because it is easily used to dissolve many substances. in addition, in chemical reactions water is often considered the solvent.
What is the best solvent?
Water is considered the universal solvent.
What is a universal solvent-?
Something that will dissolve anything. But there is nothing that will do that. Water is the most universal, but won't dissolve eveything.No options are given. But generally water is considered as the universal solvent because it can dissolve most polar and ionic compounds..
What liquid dissolves in something?
Water is considered a quasi-universal solvent.
Is it true that water is near-perfect solvent?
Water is considered a "universal solvent" because of its ability to dissolve many substances.
Which is considered a universal solvent?
The most versatile and broadly useful solvent known to man is water. It is sometimes called a universal solvent, as a form of poetic exaggeration.
Due to what reasons is water a universal solvent?
its the universal solvent because it dissolve in water and the dipole charteristics makes it a universal solvent
What is the universal solvent of the alchemist?
water is the universal solvent now
Water is called this when it can dissolve many things?
Water is a universal solvent.
Why is water considered the universal solvent?
Water is considered the universal solvent because it has the ability to dissolve a wide variety of substances due to its unique molecular structure and polarity. This allows water to interact with and break down many different types of molecules, making it an effective solvent for a wide range of compounds.
