Choose the statement that correctly describes how a weak electrolyte looks in a
beaker of water.
OA weak electrolyte is mostly (~95%) insoluble in water, so most of the solid weak electrolyte
will settle to the bottom of the beaker, but a few ions will remain in the water.
OA weak electrolyte is mostly (~95%) soluble in water, so most of the weak electrolyte breaks
into its ions, dispersed throughout the water.
OA weak electrolyte is completely soluble in water, so all of the weak electrolyte breaks into its
ions, dispersed throughout the water.
OA weak electrolyte is completely insoluble in water, so all of the solid weak electrolyte will
settle to
the bottom of the beaker.

Weak electrolytes are materials that partially dissociate into ions in water, resulting in a solution where only a small fraction of the solute exists as ions. Unlike strong electrolytes that completely dissociate, weak electrolytes like weak acids and weak bases only partially ionize.

For example, when a weak electrolyte is added to water, only a small percentage of the compound breaks into ions, and the remaining substance remains mostly undissociated. This leads to a solution where both intact molecules and a few ions coexist, unlike in solutions of strong electrolytes where almost all solute exists as ions.

Learn more about Weak electrolytes here:

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