00:01
So, here we are here to see the side view of hexane and top view of hexane.
00:11
When you take a hexane molecule, that is, ch3, ch2, ch2, ch2, ch2, ch2, ch3.
00:19
This is a saturated alkan.
00:21
So if you see this molecule insidewise direction in a three -dimensional space.
00:28
So how it looks.
00:30
So, this is a side view.
00:32
And this is the top view.
00:41
When you see from the side view, you can see the orientation of hydrogens are in the different way, which i have mentioned in dazed and wedge bonds.
00:51
When it comes to the top view, so it looks like almost in this way.
00:57
But normally all the six carbon atom are not seen in the same line from the top view.
01:03
So it is normally seen in this.
01:06
Form which i have mentioned here which is called us newman projection formula.
01:11
So here what happens? the middle third and fourth carbon are taken.
01:17
This is a third carbon and fourth carbon and other remaining are shown as branches towards this two carbon.
01:25
Why this branching is shown? why this type of confirmation is seen? why this type of confirmation is seen is because has c3 and c4 is having single bond and it is twistable or it can rotate within themselves...