Which of the two molecules below are aromatic, if either? List Huckel's rules of aromaticity and apply them to the comp...
4. Which of the two molecules below are aromatic, if either? List Huckel's rules of aromaticity and apply them to the compounds, briefly discussing if either of the molecules fail any of these rules.
Huckel's rule is used to recognize aromatic compounds. From the list below, select the values that satisfy Huckel's rule.
3.1 Apply the aromaticity rules to determine whether the following compounds are aromatic or not. А B (6) 3.2 Draw an orbital representation of pyrrole to show how the molecule is aromatic (5) 3.3 Consider the reaction of benzene with 1-chloropropane in the presence of AlCl3. (0) Propose a mechanism for formation of 1-methylethylbenzene as the product 10) Explain why 1-propylbenzene is not formed. (7)
Huckel's rule is used to recognize aromatic compounds. From the list below. select the values that satisfy Huckel's rule. Number of pi electrons:
Which of the following apply to the oxidative catabolism of aromatic compounds such as toluene and other benzene derivatives? A. It requires fermentation reactions. B. It forms the key intermediate catechol. C. The aromatic rings of the molecules remain intact. D. two of the above are applicable
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Which of the molecules below is the expected major product of the following reduction? H3C- CH3 Lindlar's catalyst HH Х НАС CH₃ HiC CH₂ We were unable to transcribe this imagePRINT Choose the correct reagents listed in the table below. 1)NBS, heat 2)NaOEt b AICI Na, CH3OH Hz, Lindlar's catalyst NH3 Conc. H2SO4 H2O+ 03. МСРВА DMS Enter the correct letter for each step of the reaction in the boxes below. (Reagents cannot be...
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Which of the molecules below is the expected major product of the following reduction? Na, NH3) Н H Н нн H H For the given compounds answer the following. Compound A Compound B Compound C Identify which compound is expected to be most acidic. Compound A Compound B Compound C Choose the correct option to justify your choice. ODeprotonation of the compound generates an antiaromatic lon. Deprotonation of the compound generates an aromatic ion. Deprotonation...
In the table below, draw two Lewis dot diagrams. One, enforcing the Octet rules and a second, enforcing the "lowest charge rules"Note: the two diagrams may actually be the same but draw them both array. Below the table, for each species tell which model is the better one and explain why it's better than the other model you drew of the same species. I will give you an example for Carbon monoxide in the first row. In this case, both...
9. Identify each of the following molecules as aromatic, antiaromatic or nonaromatic. (For this problem, you may assume that each molecule can and will be planar, if that influences the analysis.) NUMBERS 10 and 11 are BIZZZZ-ONUSI (.e., bonus) 10. In learning about 1,2-vs. 1,4-addition to dienes, we discussed kinetic vs. thermodynamic control Apply what we learned in that discussion to the following reaction, with its reaction coordinate diagram shown to the bottom left. O K THF K B: +...
4. Using the table below which give the solubility rules for ionic compounds, predict whether each of the reactions below will produce a precipitate and, if so, what is the precipitate. If there is more than one precipitate, write down both of them. (2 points per reaction, 10 points total) Table 1 Solubility Rules for lonic Compounds Soluble in Water Insoluble in Water Any salt with Li+, Na+, K+, NH4+, NO3- Most chlorides, C oblava a AgCl, PbCl2, and HgCl2...