can someone help me answer these 12 questions using the molecule ASPIRIN:
Does your structure have any primary resonance structures? If so draw them.
Does your structure have any secondary resonance structures? If so draw them.
Draw its conjugate base and any resonance structures
Is any part of your molecule basic? If so, draw its conjugate acid and any possible resonance structures. Identify a rotatable bond in your molecule and draw a Newman projection looking down this bond.
Draw one conformer of your molecule using the Newman projection you drew above.
Draw one constitutional isomer of your molecule.
Label any double bonds as E, Z or neither (donât label double bonds in a ring)
If applicable, label any rings as cis or trans (rings made up of sp2carbons do not have cis/trans)
If you structure contains a 6-membered sp3ring, draw it in its chair conformation
Draw an enantiomer of your molecule
Draw a diastereomer of your molecule
THANK YOU FOR ANY HELP!
can someone help me answer these 12 questions using the molecule ASPIRIN:
Does your structure have any primary resonance structures? If so draw them.
Does your structure have any secondary resonance structures? If so draw them.
Draw its conjugate base and any resonance structures
Is any part of your molecule basic? If so, draw its conjugate acid and any possible resonance structures. Identify a rotatable bond in your molecule and draw a Newman projection looking down this bond.
Draw one conformer of your molecule using the Newman projection you drew above.
Draw one constitutional isomer of your molecule.
Label any double bonds as E, Z or neither (donât label double bonds in a ring)
If applicable, label any rings as cis or trans (rings made up of sp2carbons do not have cis/trans)
If you structure contains a 6-membered sp3ring, draw it in its chair conformation
Draw an enantiomer of your molecule
Draw a diastereomer of your molecule
THANK YOU FOR ANY HELP!