Hi, so we only have to show wedges/dashes if it is a chiral center. So being a terminal carbon, it is not a chiral center, so we would NOT have to show wedges/dashes, but I do in the video in order to make an emphasis on what the stereochemistry of the two halogens are relative to one another. Hope that helps :)
So if the brominum ion is on a wedge, that means that the second bromine that attacks will attack opposite, on a dash, since there is less crowding. If the brominum ion is on a dash, then the second bromine attacks on a wedge. This is why the stereochemistry of the final product will always be anti.
Thank you so much, i hope more people comment to tell you how cool you are
You cleared my doubt
Ch2cl2 and ccl4 works the same way in halogenation?????
Yes! They are both just solvents
What will happen if use no3(minus)
Thank you so much!
I thought that there’s no use of dash or wedges if the bond is terminal???
Hi, so we only have to show wedges/dashes if it is a chiral center. So being a terminal carbon, it is not a chiral center, so we would NOT have to show wedges/dashes, but I do in the video in order to make an emphasis on what the stereochemistry of the two halogens are relative to one another. Hope that helps :)
Thank you very much
nice
How tf do I do this with 4Br2
Yo jack
@@EpicF4de yo
@@Nsobloo yo jack
It's not why br- attacks from the top due to the br at the top it has another reason
So if the brominum ion is on a wedge, that means that the second bromine that attacks will attack opposite, on a dash, since there is less crowding. If the brominum ion is on a dash, then the second bromine attacks on a wedge. This is why the stereochemistry of the final product will always be anti.
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In Pakistan kpk chemistry