The order of cellular bonds from strongest to weakest is Non-polar covalent > polar covalent > ionic > Hydrogen bonds.
Covalent bond: the interatomic connection formed when two atoms share an electron pair. Their nuclei's electrical attraction to the same electrons causes the binding.
Ionic bond: An anion and a cation form an ionic bond. An atom, usually a metal, loses one or more electrons to produce a positive ion, or cation, and this creates the connection. The creation of sodium fluoride from a sodium atom and a fluorine atom is an illustration of an ionic bond.
Hydrogen bond:
Unlike covalent bonds to hydrogen atoms, hydrogen bonds are a special kind of dipole-dipole attraction between molecules. It comes about as a result of an atom of hydrogen being covalently bound to an extremely electronegative atom.
Now, the covalent bond is the strongest.
The strongest covalent bonds are non-polar because their atomic orbitals are most closely overlapped.
Therefore, the bonds from strongest to weakest are:
Non-polar covalent > polar covalent > ionic > Hydrogen bonds.
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