Question

How does increasing temperatures affect the solubility of a solid?

Answer 1

For a few solids dissolved in liquid water, the solubility raises with temperature. The expansion in kinetic energy which accompanies higher temperatures allows the atoms of dissolvable to all the more viably split up the solute particles which are held together by intermolecular attractions.

Complete step by step answer:
The demonstration of disintegration of a solute in a dissolvable obviously includes the breaking of solute-solute bonds; we would hence accept when all is said in done that solvency is increased at the raised temperature.
In the event that we take a gander at the balance response for a soaked solution........
$Solid{\text{ }}solute{\text{ }} + {\text{ }}\Delta \rightleftharpoons Dissolved{\text{ }}solute$
Expanding the temperature should drive the offered balance to the right.............And a hot dissolvable ought to have the option to disintegrate more solute than a cold dissolvable.
The dissolvability of a substance is the measure of that substance that is needed to frame an immersed arrangement in a given measure of dissolvable at a predetermined temperature. Dissolvability is regularly estimated as the grams of solute per $100{\text{ }}g$ of dissolvability. The dissolvability of sodium chloride in water is $36.0{\text{ }}g$ per $100{\text{ }}g$ water at $20^\circ C$. The temperature should be indicated in light of the fact that solvency changes with temperature. For gases, the pressing factor should likewise be indicated. Dissolvability is explicit for a specific dissolvable. We will think about dissolvability of material in water as dissolvable.
The solvency of most strong substances increases as the temperature increases. Be that as it may, the impact is hard to anticipate and changes broadly starting with one solute then onto the next.

Note:
The dissolvability of a strong in water increments with an increment in temperature.
For Gases, solvency diminishes as temperature increases (you have seen a water bubble, right?) The actual explanation behind this is that when most gases break down in arrangement, the cycle is exothermic. This implies that warmth is delivered as the gas breaks down. This is fundamentally the same as the explanation that fume pressure increments with temperature. Expanded temperature causes an increment in motor energy.