Respuesta :
Explanation:
As we know that ionic compounds are able to dissolve in polar solvents. And, if these compounds completely dissociate into ions into the solution then this type of solution will have good conductivity.
Whereas some ionic compounds dissolve, and not all of their bonds dissociate. This means the solution will not have much ions due to which flow of electricity will be less.
Thus, we can conclude that when some ionic compounds dissolve, not all of their bonds dissociate. We can expect such a solution to have small amount of electricity or conductivity.
Answer:
If an ionic compound will not dissociate completely, the conductivity of the solution will be lesser than completely dissociating compounds.
Explanation:
When an ionic compound dissolves in water it dissociates to produce ions.
As we know the conductivity of an ionic solution is directly proportional to the strength of dissociation of ionic compound.
- If an ionic compound dissociates more, its conductivity will be high.
- If the compound dissociates less, its conductivity will be lesser.
So we can conclude that, The ionic compound with low dissociation will show lesser conductivity.
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