In three-dimensional solid SiO2 hybridization of Si is

In three-dimensional solid $S i O_{2}$ , hybridization of Si is:

$s p$

$s p^{2}$

$s p^{3}$

$s p^{3} d$

Please scroll down to see the correct answer and solution guide.

Right Answer is: C

SOLUTION

Do you think it will be sp hybridized?
No, here that is not the case.
Why?

Silicon dioxide is a covalent, three-dimensional network solid in which each silicon atom is bonded to four oxygen atoms which are arranged tetrahedrally around it and each oxygen atom is attached to two silicon atoms by covalent bonds. Each corner is further shared by another tetrahedron.

The entire crystal may thus be considered as a giant molecule in which eight-membered rings are formed with alternate silicon and oxygen atoms.

So, C is the correct option.

In three-dimensional solid SiO2 hybridization of Si is

Right Answer is: C

SOLUTION

Related QuestionsWhich of the following is false for Silica Gel Can be pA when added to silica gives B A and B are HF H2SiF4 HFIn silicon dioxide There are double bonds between silicThe basic structure of silicate is- SiO2−4 SiO4−4 SiO2

Related Questions
Which of the following is false for Silica Gel Can be p
A when added to silica gives B A and B are HF H2SiF4 HF
In silicon dioxide There are double bonds between silic
The basic structure of silicate is- SiO2−4 SiO4−4 SiO2