Rank The Following Structures In Order Of Decreasing Electrophile Strength
Chemical apparatus Arrange the following structures in order of electrophilic forces. 3
I know all groups are electron donors and fluorine is an electron scavenger. I also know that the highest electrified compound will have the strongest EWG and the lowest electrophilic compound will have the strongest EDG, but I always seem to understand.
Here is a link to the problem:
It will be a difficult part to explain.
Up to the maximum electrophilic:
..... OH +
..... ||
HÃ - CÃ - CF3
More than electrophilic
..... or
..... ||
HÃ - CÃ - CF3
More than electrophilic
.......... or
.......... ||
CH3Ã - CÃ - H
More than electrophilic
.......... or
.......... ||
CH3Ã - CÃ - CH3
More than electrophilic
.......... or
.......... ||
CH3Ã - CÃ - C (CH3) 3
Ok then why Basically, we analyze whether there are different forms of cost.
....... or
........ |
R1Ã - CÃ - R2
....... +
Increase its positive charge on carbonyl carbon (more electrophilic) or less air (less electrophilic) through two articles R1 and R2.
The CF3 group is a strong electron emitting group, thus increasing the charge. All sets like yl are generator sets and reduce the load.
The first is most electrophilic because it has a positive charge on carbonyl oxygen, which makes carbonyl carbon highly electronic and highly electrophilic.
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