Raising solvent temperature causes solvent-solute collisions to become

When the temperature of a solvent is increased, kinetic energy (motion) is increased. The rate of collision of solvent to solute increases as temperature rises. Solvent to solute collision move rapidly with force when temperature is increased.

Increase in temperature also increase solubility of solute in solvent. As the solvent temperature is increased, kinetic energy will increase, allowing the solvent molecules to move rapidly and weaken/break the intermolecular forces that held the solute molecules together. The breakdown of the intermolecular forces brings about solubility.

Cricetus Cricetus · Answer 2 · 2022-04-02T08:51:10+02:00

Increased temperature of the solvent promotes the collision of such solvent with both the solvent to becoming much more fast, gaining additional K.E.

Solvent and Solute

Kinetic energy increases whenever the temperatures or degree of a solvent rises. Whenever temperature rises, overall rate of solvent-solute collision improves. When it goes up, solute-solvent collisions become more violent.

As even the degree of solvent rises, so does K.E, permitting the solvent molecules to circulate more quickly as well as breaking the interactions that bound the solute particles connected.

Thus the response above is right.

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