[Edited on 26-9-2011 by icekila]icekila - 26-9-2011 at 08:53
anyone?Bot0nist - 26-9-2011 at 09:04
Maybe give it more than 27 minutes for a reply. Also posting a better title may help in the future. There are a ton of threads titled "What's this."
Something more specific like "Drawing of unknown bromine containing compound" or something like that may get you more views.
Check into dibromo alkenes I think. Maybe it will help.
[Edited on 26-9-2011 by Bot0nist]icekila - 26-9-2011 at 09:07
Thanks and sorry for quick double post. Anyone else got any replies?phlogiston - 26-9-2011 at 14:44
A question for school, no doubt.
Googling 'geometrical isomers' will lead you to a very nice wiki page explaining cis/trans isomers, and after reading that it will be a piece of cake
to figure it out by yourself.Mildronate - 27-9-2011 at 04:28
Its (2E)-1,4-dibromopent-2-enefledarmus - 27-9-2011 at 06:43
I only see four carbons - this would be 1,3-dibromo-1-butene. There isn't enough information in your drawing to determine the orientation across the
double bond or the chirality at the 3-carbon position. I presume the various combinations of possibilities at those two sites would give you the
possible geometric isomers you are looking for.icekila - 27-9-2011 at 06:59
can anyone show me a isomer structure of this compound which is not a geometrical isomer?. Thanksicekila - 27-9-2011 at 07:39
Also what do you get when you mix serine and valine? I know water but I dont know the next oneMildronate - 27-9-2011 at 09:28
sorry yes its 1,3-dibromo-1-butene, i see to much carbons fledarmus - 27-9-2011 at 10:09
can anyone show me a isomer structure of this compound which is not a geometrical isomer?. Thanks
CH2=CH-CH2-CHBr2 would be an isomer that is not a geometrical isomer. Isomers have the same molecular formula but different structures. Geometrical
isomers are types of isomers which have the same connectedness of atoms but different three-dimensional geometries.fledarmus - 27-9-2011 at 10:12
Also what do you get when you mix serine and valine? I know water but I dont know the next one
Usually, I get a mixture of serine and valine!
Under the appropriate conditions, when you combine amino acids you can form AMIDESicekila - 28-9-2011 at 06:28
CH2=CH-CH2-CHBr2 thanks but do you know what the actual structure looks likes i cant seem to find iticekila - 28-9-2011 at 08:59
nevermind about the structure but I have a question "Why do all molecules of a specific protein that is also an enzyme always have exactly the same
amino acids in exactly the same order?". ThanksBot0nist - 28-9-2011 at 09:56
If you have us do all your homework for you, you wont learn a thing. Hit the
books my friend!fledarmus - 28-9-2011 at 12:00
nevermind about the structure but I have a question "Why do all molecules of a specific protein that is also an enzyme always have exactly the same
amino acids in exactly the same order?". Thanks
What Bot0nist said!
But that's what DNA does - it codes for every enzyme that our bodies will produce. The transcription of DNA in a cell links amino acids together one
at a time to form an exact replica of the same protein being made in any other cell. The genetic code, at its simplest level, is just a way to
determine the order of amino acids linked to form proteins. The proteins carry out all the other functions in the body.icekila - 30-9-2011 at 07:23
CH2=CH-CH2-CHBr2 what does this structure look likepeach - 30-9-2011 at 09:11
icekila - 1-10-2011 at 06:08
Thanks for the help. I only posted when I am completely stuck. So my question is how do I draw a full structure of C3H9NO and OH NH2 have to be in
there aswelicekila - 1-10-2011 at 07:05
Hit the
books my friend!