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A solution is not a change; a solution is represented by a solute dissolved in a solvent; but dissolving (without chemical reaction) is a physical process.
H2SO4 (aqueous), it exists at H+ and HSO4-
Salt water is an example of a mixture. It is a solution made up of salt dissolved in water, without undergoing a chemical reaction. The components of salt and water can be separated by physical means such as evaporation.
solute (being dissolved) and solvent (dissolved in) If referring to organic chemistry, the components of a chemical solution are the material being dissolved (also known as the solute) and then the material being dissolved into (the solvent).
The chemical formula for the aqueous solution of sodium hydroxide is NaOH (sodium hydroxide) dissolved in water.
Dissolved salts have an influence on the physical, chemical and biological properties of the solution.
When a chemical is in an aqueous state, it means that it is dissolved in water. This allows the chemical to interact with water molecules, forming a homogeneous solution. The presence of water can affect the physical and chemical properties of the compound.
yea its a physical change cause i said so
When NaCl is dissolved in a jar, it undergoes a physical change. This is because the chemical composition of NaCl remains the same, but its physical state changes from a solid to a liquid solution. The salt can be reclaimed by evaporating the liquid and it would still have the same chemical properties as the original NaCl.
When chemical substances are dissolved in water, this is called an aqueous solution.
Yes if you are referring to the chemical concentration
A solution is not a change; a solution is represented by a solute dissolved in a solvent; but dissolving (without chemical reaction) is a physical process.
A solution does not have a chemical change, but it does have a physical change in state.
A solution is a material not a change; dissolving is a physical process.
H2SO4 (aqueous), it exists at H+ and HSO4-
Physical
A solution is considered homogeneous when its components are uniformly distributed and have the same physical and chemical properties throughout. This results in a single phase with no visible boundaries between the different substances dissolved in the solvent.