For the pair of compound fe(s) or ccl4(s) the one with the higher melting point is for the pair of compound f e ( s ) or c c l 4 ( s ) the one with the higher melting point is blank.. for the pair of compound kcl(s) or hcl(s) the one with the higher melting point is for the pair of compound k c l ( s ) or h c l ( s ) the one with the higher melting point is blank.. for the pair of compound h2o(s) or h2s(s) the one with the higher melting point is for the pair of compound h 2 o ( s ) or h 2 s ( s ) the one with the higher melting point is blank.. for the pair of compound ti(s) or ne(s) the one with the higher melting point

Fe has a higher melting point than CCl4.

KCl has a higher melting point than HCl

H20 has a higher melting point than H2S

Ti has a higher melting point than Ne

Explanation:

The bonding in molecules or compounds will determine its boiling or melting point. The stronger the bonds between the compound and  molecules, the higher the energy needed to break the bonds which leads to an higher boiling or melting point.

Fe (Iron) has an higher melting point than CCl4 (Tetrachloromethane). The bonding in Fe is metallic while CCl4 has van der waal force. Metallic bonding is stronger than van der waal force. Much energy is needed to break metallic bonding compared to van der waal forceKCl (potassium chloride)has ionic bonding while HCl (hydrochloric acid) has permanent dipole (covalent bonding). Ionic bonding is stronger than any covalent bonds. Therefore KCl will have a higher melting point than HClH20 (water) has hydrogen bonding while H2S (hydrogen sulpide) has permanent dipole. Hydrogen bonding is stronger than permanent dipole. Ti (Titanium) has a metal having metallic bonding while Ne (neon) has van der waal forces. metallic bonding is stronger than van der waal forces.