When this component is in the liquid state.
don t BE
If material is in liquid state the solvent is the liquid portion, the solute is the material being dessolved.
Yes, a solution is always a liquid. A solution is defined as: a liquid mixture in which the minor component (the solute) is uniformly distributed within the major component (the solvent). In other words, a small amount of a dry component (usually a powder) is dissolved into a liquid and is evenly distributed throughout it. The solute will not come out of the liquid by itself, but will remain equally mixed unless acted on by outside factors (like boiling).
Yes, evaporation can be used to separate mixtures by heating the mixture to evaporate the liquid component, leaving behind the solid component. The evaporated liquid can then be collected separately.
If material is in liquid state the solvent is the liquid portion, the solute is the material being dessolved.
compressor
yes it is
i would say the piston
An absorption is a separation process where a gas is absorbed to a liquid. For example, an aqueous gas that has a tendency to leave solution can be forced to stay in solution through the addition of an absorbent. Stripping is the reverse separation reaction. A stripping process is the removal of solute from a liquid phase to a gas phase.
For a pure component the density difference between a liquid and gas approaches zero as the critical point is approached. By definition liquid and gaseous phases are indistinguishable (meaning no difference) at the critical point.
In a liquid-liquid solution of acetic acid in water, acetic acid is the solute and water is the solvent. Acetic acid dissolves in water, forming a homogeneous mixture where water is the majority component and acetic acid is the minority component.
It is a mixture; a liquid mixture in which the minor component (the solute - the sugar) is uniformly distributed within the major component (the solvent - the water).