have no clue where to begin. I chose hexadecene (C16H32) This assignment starts
ID: 575322 • Letter: H
Question
have no clue where to begin. I chose hexadecene (C16H32)
This assignment starts with a claim post in this forum indicating the molecular formula of an acyclic alkene or an acyclic bromoalkene suitable for all parts of this assignment. Post this molecular formula as the subject line of your claim post. Then, using the Marvin JS panel above, create an structures of exactly 10 structural isomers (all alkenes or bromoalkenes) having the molecular formula you chose. Your ten structural isomers must the following additional criteria: image showing the . Exactly four of your ten structural isomers may not have the possibility of E-Z stereoisomers. (See the blue text in section 4.1) · The remaining six structural isomers MUST have the possibility of E stere isomers For these six three must be drawn as E and three must be Below each structure write an acceptable IUPAC name for the alkene. IUPAC requires the E-Z system. Below each IUPAC name try to use the cis/trans system to name your alkene. For some compounds the cis/trans system is arbitrary as is explained in drawn as Z section 4.2. In the arbitrary cases, you can simply write "arbitrary" where you would otherwise write the cis/trans name.Explanation / Answer
In general, structural isomerism is same molecuar formula differnt connectivity of atoms, at least one connectivity is different. In stereo isomerism,same molecuar formula and same structural and same connectivity,relative orientation of group or atom is different.
In this question they asking exact ten acyclic alkene of structural isomer, from that six stereo isomer are E and Z. question itself not clear.
according to the question, terminal alkenes and four similar group substituted alkene are won't show any E&Z isomer but internal alkene will show E and Z. this is the cule for this question. by way of drawing structure only we get answer for this.
C16H32 maynot be the answer. it shows show many stereoisomers.
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