Question

Describe the formation of an aqueous $LiBr$solution, when solid $LiBr$dissolves in water.

Short answer

If ions like $KCl$and $NaCl$dissolved in the water, the water particles in $LiBr$attract the ions and pull them into solution.

Step-by-step solution

Introduction.

A solution is a culturally homogenous system which contains a mixture of two. A solution is typically defined as a treated water a few disintegrated contents, such as a solid or gas, but solutions containing only one solid in the other are also common, with just an alloy of silver and gold being one illustration.

Given Information.

To find the formation of an aqueous $LiBr$solution, when solid $LiBr$dissolves in water.

Explanation.

When ionic solids such as $KCl$and $NaCl$dissolved in the water, the succeeding dissociation takes place:

$LiBr\left(s\right)\underset{\text{Dissociation}}{\stackrel{{\mathrm{H}}_2\mathrm{O}}{⟶}}{\mathrm{Li}}^{+}\left(aq\right)+{\mathrm{Br}}^{-}\left(aq\right)$

The water particles are now drawing the $L{i}^{+}$and $B{r}^{-}$ions aside from the solid. The polar molecules in this particular instance attract and pull all ions into solution. They are hydrated as a result of all this.