0
This is a wrong question. Ionic bonding is a term referring to the attractive forces between the charged ions of an ionic compound. If you meant to ask " Do ionic compounds dissolve in water? ", the answer is yes. Most of them do.
This is because the polar water molecules are easily separate the ions in the ionic solid. However, for unknown reasons, some ionic compounds do not dissolve in water. An example is Silver Chloride.
Wiki User
∙ 13y ago
Add your answer:
Earn +20 pts
Do metalic bonds dissolve in water?
No. Ionic bonds dissolve in water the best.
What happens when ionic bonds are put in water?
it is gonna dissolve in water water weaken ionic bonds
Is a ionic bond hydrophobic?
Actually ionic bonds would tend to be hydrophilic. Salts have ionic bonds and they dissolve rather well in water.
What bond are disrupted in the presence of water?
Water disrupts many ionic bonds, causing the ionic compound to dissolve in the water.
Are substances with ionic or covalent bonds more likely to dissociate in water?
Ionic compounds dissociate when they dissolve in water.
Do metalic bonds dissolve in water?
No. Ionic bonds dissolve in water the best.
What happens when ionic bonds are put in water?
it is gonna dissolve in water water weaken ionic bonds
Is a ionic bond hydrophobic?
Actually ionic bonds would tend to be hydrophilic. Salts have ionic bonds and they dissolve rather well in water.
What bond are disrupted in the presence of water?
Water disrupts many ionic bonds, causing the ionic compound to dissolve in the water.
Are substances with ionic or covalent bonds more likely to dissociate in water?
Ionic compounds dissociate when they dissolve in water.
Waters ability to dissolve ionic substances?
Water can dissolve ionic substances because in both substances the bond are very polar. When a solute is added to water, some of water's hydrogen bonds break as the water forms intermolecular bonds with the solute. Because ionic substances are polar, the new intermolecular bonds formed when they dissolve in water are quite strong, and can compensate for the energy lost when breaking the water's hydrogen bonds.
How dissolve an ionic solid in water you must first disrupt the ionic bonds holding the ionic lattice together?
in order for an ionic solid to dissolve, the ionic bonds must break through the reaction with water. So yes, what you said is correct. For example a solid NaCl is mixed with water: H20 + NaCl (s) --> Na+ + Cl- + H30+ + OH-
What allows water molecules to dissociate ionic bonds and or to form hydrogen bonds?
Water molecules can dissolve ionic compounds and form hydrogen bonds because of their high polarity and lone-pair electrons on the oxygen atom.
How can water dissolve some ionic compounds as well as some molecular compounds?
Water can dissolve some ionic compounds as well as some molecular compounds because of its polarity. It is polar enough to dissolve ionic compounds into their ions. Water does not dissolve molecular compounds by breaking covalent bonds, but through intermolecular forces.
Is sodium permanganate polar non-polar or an ionic molecule?
It has polar bonds. It is classified as an ionic molecule. It will dissolve in a polar substance, such as water.
What causes ionic compounds to dissolve in water?
The polarity of the water molecule causes an ionic compound to dissolve in water. The slightly negative oxygen atoms of the water molecules attract the positive ions, and the slightly positive hydrogen atoms of the water molecules attract the negative ions. This breaks the ionic bonds and the ions are surrounded by water molecules, preventing them from reforming ionic bonds. Refer to the related link for an illustration and more information.
What causes an ionic compound to dissolve in water?
The polarity of the water molecule causes an ionic compound to dissolve in water. The slightly negative oxygen atoms of the water molecules attract the positive ions, and the slightly positive hydrogen atoms of the water molecules attract the negative ions. This breaks the ionic bonds and the ions are surrounded by water molecules, preventing them from reforming ionic bonds. Refer to the related link for an illustration and more information.
