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Ionic compounds conduct electricity when dissolved. Sodium chloride is an example
These are ionic compounds dissociated in water.
yes
Not if they are dissolved - if they are then they're of molecular size.
Molecular compounds certainly can be formed from semimetals, but not all the compounds of semimetals are molecular.
There are no ions present
Ionic compounds eg NaCl yield ions when dissolved in water, NaCl (in water) -> Na positive ions and negative Cl ions. Ions have electrical charges & conduct electricity. All compounds are "molecular", ie they are made up of more than one atom in combination. Some molecules are not ionic, eg common sugar, and when they are dissolved in water they do not yield ions and do not conduct electricity.
No, both sucrose and water are molecular compounds. When mixed together they form a solution or a homogeneous mixture.
The water is called solvent, the compounds to be dissolved are solutes
Aqueous [note spelling] solutions of ionic compounds conduct electricity, but aqueous solutions of molecular compounds do not, unless the molecular compounds dissociate into ions when dissolved. Sugar, acetone, ethanol, and methanol, for example, do not dissociate, but acetic acid does.
Molecular (covalent) compounds are not dissociated in water.
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.
Any other compounds dissolved in water may be properly called a "solute", and when the compounds are ionic they may also be called "electrolytes."
The conductivity difference between organic and inorganic compounds is carbon molecules. The Organic compounds have carbon molecules and inorganic do not.
Solubles are compounds able to be dissolved in water.
Chlorinated
the solution