Indicate the compound with covalent bond (or bonds) only in the product.

A l^{3 +} + 6 H_{2} O \to A l (O H)_{6}^{3 -} + 6 H^{+}

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C O + B F_{3} \to O C B F_{3}

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S n^{2 +} + 3 C l^{-} \to S n C l_{3}^{-}

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H_{2} O + H^{+} \to H_{3} O^{+}

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Solution

The correct option is D $S n^{2 +} + 3 C l^{-} \to S n C l_{3}^{-}$
Only in $S n^{2 +} + 3 C l^{-} \to S n C l_{3}^{-}$ covalent bond exists.
In all other species, lewis acid-base coordinate bond exists.

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Similar questions

Why the compound BF₃is stable however after forming the covalent bond boron contain only 6 electrons instead of 8 in its outermost shell.

How does the co-ordinate covalent bond between BF3 and NH3 form?

B F_{3} + F^{-} \to B F_{4}^{-}

H F + S b F_{5} \to H S b F_{6}

P C l_{3} + C l^{-} \to P C l_{4}^{-}

N H_{3} + H^{+} \to N H_{4}^{+}

H_{3} O + H^{+} \to H_{4} O^{+}

Ethane, with the molecular formula C₂H₆ has

(a) 6 covalent bonds.

(b) 7 covalent bonds.

(d) 9 covalent bonds.

C_{2} H_{6}

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