The Student Room Group

Organic chemistry

any1 has a list of reactions of organic compounds?? for IAL
Reply 1
Original post by crazzysashgirl
any1 has a list of reactions of organic compounds?? for IAL


The atached sheets might help, not familiar with IAL though :s-smilie:
Original post by Peteyology
The atached sheets might help, not familiar with IAL though :s-smilie:


what does ial stand for, i do as chem but :colondollar:
Reply 3
Original post by 08.f.poswal
what does ial stand for, i do as chem but :colondollar:


Internation Advanced Level, are you studying abroad?
Reply 4
hi
Reply 5
yep,, IAL- international advanced level.,, jst lyk GCE.. am doin AS n A2 both.. and yep am from Sri Lanka :smile:
thnx, so its not specifically gotta do with chemistry?:smile::smile::smile:
Original post by crazzysashgirl
any1 has a list of reactions of organic compounds?? for IAL


I think it'll be easier if :

1.) You tell us what kind of reactions you're thinking about so we can walk you through them maybe.

2.) You try and rationalise the mechanistic ideas behind each reaction rather than trying to memorise them.
Reply 8
Original post by 08.f.poswal
thnx, so its not specifically gotta do with chemistry?:smile::smile::smile:

nopezy... tz same as GCE wthout d courseworks :smile:
Reply 9
Original post by Ari Ben Canaan
I think it'll be easier if :

1.) You tell us what kind of reactions you're thinking about so we can walk you through them maybe.

2.) You try and rationalise the mechanistic ideas behind each reaction rather than trying to memorise them.


well,, i need to know about the reactions of alcohols and nitrogen compounds.. :smile:

and does tertiary alcohol undergo nucleophilic substitution of CN- ??
Reply 10
Original post by crazzysashgirl
well,, i need to know about the reactions of alcohols and nitrogen compounds.. :smile:

and does tertiary alcohol undergo nucleophilic substitution of CN- ??

Yes it could. However an acid would be needed to catalyse the reaction since OH is a poor leaving group. The H2O+ will then leave as water since it is a good leaving group and then CN- can then attack the carbocation. This would only occur by an SN1 mechanism.

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