It is a solvent liquid. For example, water is a solvent as it can dissolve sugar crystals (and many other things).
many things some examples are tempered steel, plastics of almost all kinds, rubber, rock(to a certain degree), and many other treated metals
The sugar dissolves in water, that is why the water becomes sweet.The sugar and water together forms a sugar solution. The water is called a solvent. Sugar, the substance that dissolves in water is called a solute. Water dissolves many substances. These substanes are said to be soluble in water. The ones that do not dissolve in water are said to be insoluble in water.
This question is misguided. I presume you mean how many spatula fulls of salt will dissolve in water. This is impossible to answer as it depends upon the mass of water, its temperature and the size of the spatula, and it's impossible to be completely consistent with what piles on the spatula. At 25 degrees C, 35.96 g of salt will dissolve in 100g of water.
It depends on the physical properties of the substance. Sometimes heating a hydrophobic substance can increase solubility. Also, heating may cause the substance to denature and dissolve. In the case of proteins, proteins can contain many hydrophobic parts but still be soluble in water. However, hydrophobic substances do not typically dissolve in water, due to the polar nature of water. Typically, scientists use the word "hydrophobic" only to describe substances that have a negligible solubility in water. You may have meant to ask "why do hydrophilic substances dissolve in water".
Water is called a solvent, because of the many things that dissolve in it.
Numerous substances can dissolve in water, including salts, sugars, acids, and gases. These substances are typically referred to as solutes when they are dissolved in a solvent like water.
actually the substance in which a thing dissolves is called a solvent, and the things which dissolves in the solvent is called a solute. and water is called a universal solvent cuz it can dissolve a very wide range of solutes with a slight differende in their solubilities( that is the capacity to dissolve). fr eg in the case of sugar solution water is a solvent.
Many things can dissolve in daily life, such as sugar in water, salt in water, coffee in hot water, and soap in water. Other examples include medication in liquid form, detergent in water for cleaning, and ink in solvents for printing.
No, a solvent can dissolve many things and not necessarily just sugar. Water is a solvent and also a liquid and can dissolve sugar, However, it can also dissolve many other things.
Due to many substances ability to dissolve in water
Many things do not dissolve in water. It all depends on an items chemical makeup. For a very basic example, rocks, obviously, do not dissolve in water, so no: not anything can dissolve in water. If something has not dissolved, it can also not evaporate.
Water is used as a solvent because it can dissolve other polar substances and many ionic substances. It is often called the universal solvent. However, water does not dissolve polar substances and some ionic substances.
Many salts dissolve in water because water molecules are polar, which means they have positive and negative ends. When a salt is added to water, the polar water molecules surround the charged ions in the salt, breaking the ionic bonds and causing the salt to dissolve. This process is called dissociation.
Powdered milk molecules dissolve faster in water than in oil because milk contains hydrophilic components that are attracted to water, allowing them to easily mix and dissolve in water. Oil, on the other hand, is hydrophobic and repels water, making it harder for the milk molecules to dissolve in oil.
It is important to living things that substances are able to dissolve in water because water is the medium for many essential biological processes. Being able to dissolve in water allows nutrients and waste products to be transported around organisms, facilitates chemical reactions in cells, and helps maintain a stable internal environment (homeostasis).
Many polar substances can dissolve in water. Lipids cannot dissolve in water because lipids are nonpolar, so there is no attraction between them. Water can stick to itself and other things. Water also expands when it freezes.