The structure and hybridization of N SiH 33 respectively are-A- Planar and sp 2B- Pyramidal and sp 2C- Tetrahedral and sp 3D- Planar and sp 3

The correct option is A Planar and sp^ 2N atom in nbsp;N(SiH_3 )_3 donates its lone pair of electron in empty d orbital of Si atom which results into d π p ...

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Standard XII

Chemistry

Structure of Amines & Optical Activity

The structure...

Question

The structure and hybridization of $N {(S i H_{3})}_{3}$ respectively are:

Pyramidal and

s p^{2}

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Tetrahedral and

s p^{3}

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Planar and

s p^{2}

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Planar and

s p^{3}

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Solution

The correct option is C Planar and $s p^{2}$
$N$ atom in $N {(S i H_{3})}_{3}$ donates its lone pair of electron in empty $d$ orbital of $S i$ atom which results into $d π - p π$ bonding. It has $s p^{2}$ hybridisation and planar structure.

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Q. What is the hybridization of

N

N (C H_{3})_{3}

and

N (S i H_{3})_{3}

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The structure and hybridization of N(SiH3)3 respectively are:

The correct option is C Planar and sp2N atom in N(SiH3)3 donates its lone pair of electron in empty d orbital of Si atom which results into dπ−pπ bonding. It has sp2 hybridisation and planar structure.

The structure and hybridization of $N {(S i H_{3})}_{3}$ respectively are:

The correct option is C Planar and $s p^{2}$
$N$ atom in $N {(S i H_{3})}_{3}$ donates its lone pair of electron in empty $d$ orbital of $S i$ atom which results into $d π - p π$ bonding. It has $s p^{2}$ hybridisation and planar structure.