0:00
Hello everyone.
00:01
So the question states indicate the electron pair and the molecular geometry for each of the six compound listed the listed and completed the table.
00:13
So here you have to give the molecular as well as electron pair geometry for each compound.
00:22
So first of all take bcl2.
00:27
So electron pair geometry is the geometry which conclude bond pair and loan pair both and molecular geometry which only consider the bond pair.
00:46
So according to this the bcl2 has no loan pair so it become and show the linear geometry.
01:03
The molecular geometry also linear because there are is no loan pair.
01:09
So for the second that is so3.
01:13
For the so3 it will show the trigonal planar geometry like this this is trigonal planar.
01:33
No known pair is present that's why there is the molecular geometry is also same that is trigonal planar.
01:50
If we talk about so2, so if you consider the so2, it contains a lone pair and two bond pair.
02:09
So according to this, the electron pair geometry is trigonal planar, because this arranged in this way.
02:29
Like sulfur, it shows you the trigonal planar electron pair symmetry.
02:43
And for the molecular symmetry, the low in pair considered, so the molecular geometry become bent in shape.
03:00
Now, the fourth one is ch4.
03:10
So, for the ch4, it has the tetrahedral electron pair...