1. Please draw all resonance structures (if there are any, not all structures may have resonance structures) for the carbocations A-E (make sure you use resonance arrows (<->). Then circle the carbons that can react with a nucleophile in a SN1-type reaction.
please provide explannation of the process, thanks. 3) Resonance Structures: Draw all of the resonance structures for the product of the reaction shown and label major and minor resonance forms. H-O H 3) Resonance Structures: Draw all of the resonance structures for the product of the reaction shown and label major and minor resonance forms. H-O H
Resonance Structures. Draw one reasonable resonance structure for each of the following. Resonance Structures. Draw one reasonable resonance structure for each of the following. More Resonance, Structures, Draw all reasonable resonance structure for the following. Circle the r.s. that contributes more to the hybrid. If two or more contribute equally, circle all.
Draw all resonance structures of acetaminophen.
Draw all resonance structures for SSiP1-
Draw all resonance structures are possible for Cr2 O 72-? (Hint: they are nine resonance structures)
3. Draw all possible resonance structures for aniline. Relate the resonance structures to why it is an ortho/para director. 3. Drawhy it is нони 19 Pa
Draw all reasonable resonance structures of the following.
1. For the following molecule, draw all possible reasonable resonance structures and then draw the corresponding resonance hybrid. Points will be deducted for invalid resonance structures (5 points) HO
1. There are four resonance structures for the N2O4 molecule. (1) Draw all the resonance structures using the skeletal structure shown below; (2) Calculate the formal charges of each atom in the molecule; (3) What is the average N-O bond order? (Please refer to example 8.10 in your book for guidance.)