Polar, protic solvents will dissolve ionic compounds.
Remember, "like dissolves like."
Examples of polar solvents include: water, formic acid, and methanol.
Ionic compounds conduct electricity as liquids and in solution.
This phenomenon is called dissolution; a solution is obtained (the solution is a type of homogeneous mixture).
Solubility can be affected by pressure, temperature, and the type of solvent. Generally, increasing pressure increases the solubility of gases in liquids. For solids in liquids, temperature can have a significant impact on solubility - usually, solubility increases with increasing temperature. The type of solvent also plays a role, as some substances are more soluble in certain solvents compared to others.
The solvent is usually the larger part of the solution which dissolves the solute. The solute is the smaller part which gets dissolved. So as an example, seawater is a solution. The solvent is water and the solute is salt and traces of other minerals. Vinegar is also a solution. Again, water is the solvent and glacial acetic acid is the solute. To do acid values in resin chemistry, methanolic KOH solution is usually the titrant. In this example, methanol is the solvent and KOH is the solute.
This is an ionic bond.
Ionic
The type of solvent that is best suited to dissolve an ionic or a highly polar solvent would also be highly polar, probably a polar protic solvent like water or alcohol.
Ionic compounds are easily dissolved.
Ionic compounds conduct electricity as liquids and in solution.
This phenomenon is called dissolution; a solution is obtained (the solution is a type of homogeneous mixture).
Solubility of a substance in water depends on the type of interaction predominates in the compound and the solvent.The solubility of any compound follows the principle "like dissolves like".So if a covalent molecular compound is polar then it dissolves in a polar solvent and if it is non polar or hydrophobic then it dissolves in a nonpolar solvent
Ionic solids are a type of solid structure where the constituent particles are ions held together by ionic bonds. These solids often exhibit high melting and boiling points, are good conductors of electricity in molten or aqueous states, and have a crystalline structure. Examples include common table salt (NaCl) and magnesium oxide (MgO).
Insoluble solids do not dissolve in a liquid. These solids remain as particles in the liquid without forming a solution. Examples include sand in water or oil in water.
The type of bonding that is more dominant in solids depends on the specific material. Examples of dominant bonding types in solids include covalent bonding in diamond, metallic bonding in metals, and ionic bonding in salt.
An ionic solid is a type of crystal lattice structure in which ions are held together by strong electrostatic forces. These solids are typically made up of positively and negatively charged ions that are attracted to one another due to their opposite charges. Common examples of ionic solids include salts like sodium chloride (table salt).
Short answer would be: "No". For example, benzene can dissolve almost any solid organic compound, whereas alcohols dissolve mainly solids that contain an -OH or =NH or -NH2 and water dissolves mostly the solids that have an ionic structure (like NaCl). So to be able to dissolve one certain solid with different-type dissolvents, the solid has to contain all the above-mentioned qualities: it has to be (partly) organic (H-C bonds), it has to have -OH somewhere and lastly, it has to have an ionic structure. Since no organic compounds have an ionic structure, the answere for an universal-dissolving material is no.
When sodium chloride (NaCl) dissolves in water, ionic bonds break between the sodium and chloride ions, allowing the ions to separate and surround themselves with water molecules. This results in a solution of hydrated sodium (Na+) and chloride (Cl-) ions in water.