Answer: Ionic bonds are typically far more potent than covalent bonds. Ionic bonds result in a stable composite when all the electrons between the components are transferred. While two elements only share electrons to form a stable molecule in a covalent bond. Electrostatic force and Van Der Waals forces are the forces that keep ions together and covalently linked elements together, respectively.
Cations and anions are created due to the complete transfer of electrons in ionic connections. As a result, these ions are attracted to one another strongly by electrostatic forces. Van der Waal’s force between covalently bonded elements is weaker than electrostatic force because covalently bonded elements only share electrons. Covalent bonds take less energy to break than ionic bonds, which require more energy.
