(C) $NH_3$ has a lone pair of electrons,while $BF_3$ is an electron-deficient compound. Therefore,they form a coordinate (dative) bond by sharing the

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(C) $NH_3$ has a lone pair of electrons,while $BF_3$ is an electron-deficient compound. Therefore,they form a coordinate (dative) bond by sharing the lone pair from nitrogen to boron. The reaction is represented as: $NH_3 \to BF_3$.

Class 11 Chemistry Chemical Bonding and Molecular Structure Co-ordinate or Dative bonding

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The bond that exists between $NH_3$ and $BF_3$ is called

A
Electrovalent
B
Covalent
C
Coordinate
D
Hydrogen

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Chemical Bonding and Molecular Structure

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Co-ordinate or Dative bonding

The $H_2SO_4$ molecule contains .......

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Which of the following contains a coordinate covalent bond?

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Why does $NH_3$ act as a Lewis base?

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Assertion $(A)$: $AlCl_3$ exists as a dimer through halogen bridged bonds.
Reason $(R)$: $AlCl_3$ gets stability by accepting electrons from the bridged halogen.

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What is the characteristic feature of the Lewis structure of the $CO$ molecule?

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The bond that exists between $NH_3$ and $BF_3$ is called

Similar Questions

The $H_2SO_4$ molecule contains .......

Which of the following contains a coordinate covalent bond?

Why does $NH_3$ act as a Lewis base?

Assertion $(A)$: $AlCl_3$ exists as a dimer through halogen bridged bonds.Reason $(R)$: $AlCl_3$ gets stability by accepting electrons from the bridged halogen.

What is the characteristic feature of the Lewis structure of the $CO$ molecule?

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Assertion $(A)$: $AlCl_3$ exists as a dimer through halogen bridged bonds.
Reason $(R)$: $AlCl_3$ gets stability by accepting electrons from the bridged halogen.