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Trisilyamine (SiH(3))(3) N is...

Trisilyamine `(SiH_(3))_(3)` N is

A

trigonal pyramidal and acidic

B

trigonal pyramidal and basic

C

trigonal pyramidal and neutral

D

trigonal planar and weakly basic

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The correct Answer is:
D
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Explore conceptually related problems

In trimethylamine, the nitrogen has a pyramidal geometry whereas in trisilylamine N(SiH_(3)) _(3), it has a planar geometry. What is the reaons behind this ?

The compound (SiH_(3))_(3)N is expected to be

Assertion : (CH_(3))_(3)N geometry is pyramidal but in case (SiH_(3))_(3)N it is planar. Reason :The maximum covalency of Si is six but that of C is four.

Assertion In case of (CH_(3))_(3)N geometry is pyramidal but in case of (SiH_(3))_(3)N it is planar Reasoning The maximum covalency of Si is six but that of C is four .

The structure and hybridization of N(SiH_3)_3 is :

The geometry with respect ot the central atom of the following molecules are N(SiH_(3))_(3), Me_(3)N , (SiH_(3))_(3) P

The geometry with respect to the central atom of the following molecules are : N(SiH_(3))_(3):Me_(3)N: (SiH_(3))_(3)P

Which of the following is correct statement regarding N(CH_(3))_(3) and N(SiH_(3))_(3) ?

Statement-1: (SiH_(3))_(3) N is average base as compared to (CH_(3))_(3)N Statement-2: Because of less inductive effect in case of methyl amine.

"hybridization of central atom does not always change due to back bonding". This statement is valid for which of the following compounds? (i) CCl_(3)^(-) (ii) CCl_(2) (iii) O(SiH_(3))_(2) (iv) N(SiH_(3))_(3)

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