Ionic and covalent
Ionic and co-ordinate
Ionic covalent and co-ordinate
Covalent , co-ordinate and metalllic
Ionic, covalent and metallic
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2N +3H2 (/to/) 2NH3 CORDINATE BOND
NH3 + H+ (/to/) NH4. COVALENT BOND
NH4 + CL- (/to/) NH4CL. IONIC BOND

The answer is, both ionic and covalent.
There is no (or not much) covalent interaction between
ammonium ion and chloride ion in the solid state; the ions are
arranged in a so-called "cesium chloride" structure, which is
common for 1-to-1 ratios of large cations and smaller anions.
However, bonding between nitrogen and the four hydrogens
within the ammonium ion itself is covalent.
There is a somewhat less common way of representing
ammonium chloride, NH 3.HCl. This shows two things:
You can make ammonium chloride by reacting ammonia with
HCl.
Ammonium chloride is the hydrochloride salt of ammonia. This
convention is more often used with amine salts with a complex
structure, like morphine hydrochloride which is easier to "get"
than "morphinium chloride" or some such.

2N +3H2 (/to/) 2NH3 COVALENT BOND
NH3 + H+ (/to/) NH4. CORDINATE BOND
NH4 + CL- (/to/) NH4CL. IONIC BOND

ammonium ion bond is coordinate bond
search it
so that means
Ionic covalent and coordinate bond is the correct answer

