solvent and solute

In the picture above, I've shown the solute as yellow dots and the solvent

In the picture above, I've shown the solute as yellow dots and the solvent

Video - Dissolving - Solute and Solvent

Video - Dissolving - Solute and Solvent

The process of expansion, for both the solute and solvent, involves a change

The process of expansion, for both the solute and solvent, involves a change

Solvent drag B. SOLUTE FLOW--Physical principles governing movement of

Solvent drag B. SOLUTE FLOW--Physical principles governing movement of

The solute-solvent forces make new structures (order) in the solution

The solute-solvent forces make new structures (order) in the solution

Ionic Compounds in Solution. DEFINE: SOLUTE… DEFINE: SOLVENT…

Ionic Compounds in Solution. DEFINE: SOLUTE… DEFINE: SOLVENT…

The solute-solvent forces make new structures (order) in the solution

The solute-solvent forces make new structures (order) in the solution

Grey and black circles represent solvent and solute atoms respectively.

Grey and black circles represent solvent and solute atoms respectively.

To get a consistent SPLIT RATIO, the sample (solvent + solute) must be mixed

To get a consistent SPLIT RATIO, the sample (solvent + solute) must be mixed

Make NaCl-water solution, use system solvent.

Make NaCl-water solution, use system solvent.

All solutions have two parts: the solute and the solvent. download/more info

All solutions have two parts: the solute and the solvent. download/more info

is when the water is a solvent in a solution

is when the water is a solvent in a solution

Ionic Compounds in Solution. DEFINE: SOLUTE… DEFINE: SOLVENT…

Ionic Compounds in Solution. DEFINE: SOLUTE… DEFINE: SOLVENT…

Solvent + Solute = Solution But yeah, to the OP.

Solvent + Solute = Solution But yeah, to the OP.

 a microscopic representation of a solute dissolved in a solvent.

a microscopic representation of a solute dissolved in a solvent.

 (the solvent) and the red circles represent solutes (molecules dissolved

(the solvent) and the red circles represent solutes (molecules dissolved

 cartoon of an anisotropic solute molecule and a solute-solvent complex.

cartoon of an anisotropic solute molecule and a solute-solvent complex.

[C,F] for the solvent-solvent and solute+solvent - solute+solvent series of

[C,F] for the solvent-solvent and solute+solvent - solute+solvent series of

 and incompatibilities in the "tribe" of solvent and solute molecules.

and incompatibilities in the "tribe" of solvent and solute molecules.

It became clear that contributions from solute-solvent correlations (such as

It became clear that contributions from solute-solvent correlations (such as