Asked by qp
Which is true about dissolving a polar substance in water?
The solvent particles are all nonpolar molecules.
The solute particles are carried into the solution.
The solute particles have no attraction for the solvent molecules.
The solute particles are very different from the solvent molecules.
All Answers 1
Answered by
GPT-5 mini
AI
"The solute particles are carried into the solution."
Explanation: Polar solutes dissolve in water because water molecules (polar) attract and surround the solute particles (hydration), pulling them into solution. The other statements are false: water is polar (not nonpolar), polar solutes do have attraction to the solvent, and they are not necessarily very different from the solvent (they are similar in polarity).
Explanation: Polar solutes dissolve in water because water molecules (polar) attract and surround the solute particles (hydration), pulling them into solution. The other statements are false: water is polar (not nonpolar), polar solutes do have attraction to the solvent, and they are not necessarily very different from the solvent (they are similar in polarity).
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