00:02
Hi, here we have to find the nature of silicon chlorine bond in a sicyl4 molecule.
00:11
So first we will draw the structure of sicl4 in this way.
00:16
It is a tetrahedral structure like this and this silicon chlorine bond is found by the sharing of silicon electron with chlorine.
00:40
Electron.
00:42
So we can say that this silicon chlorine bond is a covalent bond.
00:51
Now here we can see chlorine is more electro negative than this this silicon.
01:08
So it will attract the electron towards itself like this and create a dipole.
01:19
Means there is some polarity in this molecule.
01:23
So we can say that this sicl bond is also polar in nature due to the generation of this dipole.
01:33
So overall we can say that sicl bond is polar covalent bond.
01:47
Now the electronegativity difference between this bond is so electro -cels.
01:58
Negativity for silicon is 1 .9 and electronegativity for chlorine is 3 .16.
02:15
So the difference between the electronegativity of silicon chlorine bond is 3 .16 minus 1 .9 will give 1 .26 .6.
02:34
So this is the electronegativity...