Cool Aid Mix and water. Water and Oil. Vinger and Water.
AnswerA SoluteA substance in which another substance is dissolved, forming as solution ( -A substance, usually a liquid, capable of dissolving another substance. )A SOLUTE is usually the added substance (the lesser amount) that dissolves in the Solvent (usually the greater amount)
Solvent refers to a substance that will dissolve another substance. Concentration, in chemistry, refers to the amount (measure) of a substance that is mixed with another substance. It is most commonly used to describe the amount of a substance (solute) dissolved in another substance (solvent).
Liquids that dissolve freely in one another in any proportion are called miscible liquids. This means that they are able to mix together to form a homogeneous solution without any limits on the amount that can dissolve. Examples of miscible liquids include water and ethanol.
The substance that does the dissolving is called a solvent. It is the component in a solution present in the greater amount that dissolves the solute.
Small
Custard powder contains cornflour, which doesn't dissolve easily in hot liquids. When added directly to hot liquids, it can clump up instead of dissolving smoothly. To avoid this, custard powder should be mixed with a small amount of cold liquid to form a paste before adding it to hot liquid to ensure it dissolves properly.
When we mix substances together they are either miscible or immiscible. However, "soluble" refers to dissolving of a solid substance which we call solute into a large amount of solvent which is another substance. Solute is what you call a substance when it can dissolve into a solvent.Miscible generally refers to two liquids. Soluble generally refers to a property of a solid in a liquid. Miscible is said when two liquids can be mixed with each other. Water and oil are not miscible but water and ethanol are miscible.Both systems entail a change in entropy and as such will cause the exchange of energy with the surroundings.
Because the liquid evaporates.
Matter
By dissolving a known amount of salts in water (for NaCl 58,44 g/L).
When the dissolving rate equals the rate at which molecules come out of solution, the solution is in a state of dynamic equilibrium. This means that the amount of solute dissolving is equal to the amount of solute precipitating out of solution, resulting in a stable concentration of solute.