1. Draw the resonance structures formed in the intermediate between ethoxybenzene and o-bromoethoxybenzene.
2. What form of aniline is present under nitration conditions? Draw the molecule.
2) Aniline is a base and thus abstract proton from acid and form anilinium ion in nitration condition.
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1. Draw the resonance structures formed in the intermediate between ethoxybenzene and o-bromoethoxybenzene. 2. What form...
Please help!! 1. a. Draw the structures of A and B (resonance structures), and C (tetrahedral intermediate). Use curved arrows to show how each structure is formed b. Draw the structure of the Nu: you would use to make CompoundD O (tetrahedral intermediate) он c. (i) Explain why H does not react with a pi bond in the ring in Compound Z. (ii) Which resonance structure, A or B, shows why reacting H with the ketone makes the more reactive?...
Draw all the resonance structures for the stabilized carbocation intermediate formed in the following SN1 reaction. 2. CH3 CH3 OH H+ Nuc Nuc Ph Ph
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.)
Draw curved anows to show the relationship between each set of resonance structures 2. Deaw all major resonance structures of each mclecule below by complecing as many of che even σ frameworks as necessary НН 3. Identify the hybridization af each oxygen and nitrogen atem in the melecules below Draw all major resonance structures for each molecule below For each,identily the biggest contributorls) to the resonance hybrid NH
#3 and 4 please 3. Draw 2 reasonable resonance structures for a molecule with the following skeletal structure (count electrons) H H C C-N-O Draw 2 reasonable resonance structures for a molecule with the following skeletal structure (count electrons) 4. H C N C O H- H -I
1. Draw all the resonance forms of the sigma complex formed by nitration of p-xylene.
1. Draw all resonance structures for the following compound. Circle the major contributor (to the resonance hybrid) and give a brief explanation for your choice. (4 pts) 2. Determine the configuration (show priorities and work) for any chiral centers in the molecule below. (2 pts) 2. Determine the configuration (show priorities and work) for any chiral centers in the molecule below. (2 pts) 1. Draw all resonance structures for the following compound. Circle the major contributor (to the resonance hybrid)...
[8 marks] 1. In the boxes below, draw the resonance structures of the organic radical intermediate of the given reaction, along with the two different products (constitutional isomers) that would be produced. No electron-flow arrows are required at any time. Stereochemistry is not required. Note: NBS N-bromosuccinimide Organic reaction intermediate NBS hv Product 2 Product 1 [6 marks 2. In the boxes below, draw structures corresponding to the following names. Please use proper line-angle
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
Which of the following are possible resonance structures of the intermediate species formed during the Electophillic Aromatic Substitution reaction? NH2 VA NH2 NH good commanding Br L III IV V