00:01
This is a lot to ask to explain one by one for all multiple parts of these two questions.
00:09
So if you need a broader explanation, i'd be happy to do so.
00:14
But for now, i'll just draw the lewis structures.
00:17
Carbon tetrachloride is one carbon in the middle with three chlorines surrounding it.
00:28
Each chlorine having three lone pairs, so it has an octet.
00:36
And then for the next one, we've got chloroform.
00:41
And for the next one, carbon disulfide.
01:11
This has two double bonds, similar to carbon dioxide.
01:19
Trimethylsilane, put silane in the middle.
01:22
It'll have a hydrogen, and then it'll have three ch3 groups.
01:29
And then for e, cyanogen chloride, cl, will have three lone pairs, and then it'll be c triple pond n.
01:58
And then for asparagine, we've got hydrogen, oxygen, two lone pairs, carbon, with two hydrogens off of it, and then a nitrogen with two hydrogens off of it and a lone pair so it has an octet.
02:22
Hydrogen peroxide, we've got oxygen bonded to oxygen and then a hydrogen coming off of each oxygen and then ozone.
02:50
One oxygen is a single bond, the other oxygen is a double bond...