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How can you differentiate between electron donating and withdrawing groups? How do you tell the difference? What are some examples of each group? How can you tell which group does what? THanks
How can you differentiate between electron donating and withdrawing groups? How do you tell the difference? What are some examples of each group? How can you tell which group does what? THanks
How can you differentiate between electron donating and withdrawing groups? How do you tell the difference? What are some examples of each group? How can you tell which group does what? THanks
I would also like to know the RANK of the different groups.
Id like to know which groups donate more than others..... and which groups withdraw more than others... rank-wise
THanks
thanks, so why are some groups stronger than others? could you please elaborate? how can i find out?
sorry, i still dont understand
could you please elaborate
thanks
whats the reason behind the ranking?
i am very confused
you say that activating groups have lones pairs... but COOH has lone pairs but it is a deactivator?
how does that make sense?
why are methyl groups deactivators?
i am very confused
you say that activating groups have lones pairs... but COOH has lone pairs but it is a deactivator?
how does that make sense?
why are methyl groups activators?
How can you differentiate between electron donating and withdrawing groups? How do you tell the difference? What are some examples of each group? How can you tell which group does what? THanks
Which one is more electron donating: R group or Hydrogen? Why?
Thus, which would be a stronger withdrawer: COOR or COOH?
think about that one. re: COOR vs COOH, it would depend on the RWhich one is more electron donating: R group or Hydrogen? Why?
Thus, which would be a stronger withdrawer: COOR or COOH?
If R is more electron donating than H
Then why is CH2=CH2 more reactive than CR2=CR2? (As mentioned in the EK orgo book)
What do you mean stability of the intermediate
could you please explain
thanks