Not quite sure what the questioner is aiming at.
Group 2 halides , such as MgCl2 dissolve to give 3 ions.
Compounds such as alum, KAl(SO4)2.12H2O which dissolves to give K+, Al3+, SO42- dissolve to give 3 different sorts of ions.
Water disrupts many ionic bonds, causing the ionic compound to dissolve in the water.
the only polar solvents dissolve the ionic compound the poles of solvent molecules attract the ions of opposite charge and make them separate from each other.
it is ionic, soluble in polar solutes the reason it will not dissolve in water is dure to the nature of fluorides not wanting to let go of their cations
Aqueous. represented by an "aq" next to an element or in a compound.
If the dissociation constant of an ionic compound to a particular solvent is a lower value, it is less likely to dissolve in the given solvent. The dissociation values are been tabulated.
It is an Ionic compound just as water is.
Dissolve them in water. If the solution conducts electricity, then the solute is an ionic compound. If not, then it is a molecular compound.
it is an ionic compound.
Kerosene is a non polar solvent (or non ionic solvent) and cannot dissolve an ionic compound such as salt.
Water disrupts many ionic bonds, causing the ionic compound to dissolve in the water.
Because salt is an ionic compound is easily dissolved in water.
Sodium chloride is an ionic, polar compound.
the only polar solvents dissolve the ionic compound the poles of solvent molecules attract the ions of opposite charge and make them separate from each other.
A) nonpolar compounds will not dissolve in water because water is polar
it is ionic, soluble in polar solutes the reason it will not dissolve in water is dure to the nature of fluorides not wanting to let go of their cations
Aqueous. represented by an "aq" next to an element or in a compound.
NaCl or Salt is an ionic compound made up of atoms. One of the properties of an ionic compound is that it can dissolve in water and split into separate ions.