Question & Answer: Based on the following information in the paragraph, determine the structure of each unknown…..

Based on the following information in the paragraph, determine the structure of each unknown compound (compound A, B, C, D, E, F, G, and H). For compound C, interpret the IR spectra for proof. Compound A, C10H16, gave a precipitate if treated with ammoniacal silver nitrate. If compound A is reacted under mild conditions with a limited amount of hydrogen gas and Raney nickel, com- pound B, Ci0H18, can be isolated. Ozonolysis of compound B gave compound C, CsH1o0 (see IR and NMR spectra of compound S C), and compound D, as velil as an unidentified compound. Com- pound D had two peaks in the mass spectrum of approximately the same relative abundance at m/e 29 and 30 plus another weaker peak at m/e 28. Compound B reacted with nascent hydrogen to give compound E, C1oH20- Reaction of compound hydrolysis of the reaction mixture, compound F, C6H140, which is converted predominantly into compound G, CoH1 compound and 58. d E, C10H20 Reaction of compound C with methylmagnesium iodide formed, after 2, with concentrated H2S04. Vigorous oxidation of compound G gave only H as product. Compound H displayed prominant mass spectrum peaks at m/e 15, 43

Compound A, C10H16, gave a precipitate if treated with ammoniacal silver nitrate. If compound A is reacted under mild conditions with a limited amount of hydrogen gas and Raney nickel, com- pound B, Ci0H18, can be isolated. Ozonolysis of compound B gave compound C, CsH1o0 (see IR and NMR spectra of compound S C), and compound D, as velil as an unidentified compound. Com- pound D had two peaks in the mass spectrum of approximately the same relative abundance at m/e 29 and 30 plus another weaker peak at m/e 28. Compound B reacted with nascent hydrogen to give compound E, C1oH20- Reaction of compound hydrolysis of the reaction mixture, compound F, C6H140, which is converted predominantly into compound G, CoH1 compound and 58. d E, C10H20 Reaction of compound C with methylmagnesium iodide formed, after 2, with concentrated H2S04. Vigorous oxidation of compound G gave only H as product. Compound H displayed prominant mass spectrum peaks at m/e 15, 43

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