Question

why do solutes dissolve more at higher temperatures? No copy and pasting, whoever does will NOT be crowned.

Answer 1

Answer:

see mate!!!

Explanation:

At higher temperatures there is an increase in in solvent area and therefore more solute can be dissolved in the solution.

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Answer 2

Question - Why do solutes dissolve more at higher temperatures?

$\huge \underline \mathfrak \red{Answer}$

$\bf \blue {Solute\:which\:is\:the\:short\:term\:for}$ $\bf \blue{solution\:is\:a\:substance\:which\:gets}$ $\bf \blue{dissolved\:in\:solvent.}$

Now, what does solvent mean?

$\bf \orange {Solvent\:is\:a\:substance\:or}$ $\bf \orange{component\:which\:dissolves\:the\:solutes.}$

OR,

$\bf \orange{Solvent\:is\:the\:medium\:of\:dissolving\:solute.}$

Let's see some examples of solutes and solvents.

• Water and Sugar - Water is the solvent while sugar is the solute. Sugar gets dissolved in water.

• Sugar and tea - Sugar is the solute while tea is the solvent.

Why solutes get dissolved more in higher temperatures?

• With higher temperature comes increase in kinetic energy.

• The increase in kinetic energy enables the solvent molecules to be more effective in breaking the solutes molecules which are held together by intermolecular attraction.