Without worrying about the relative location of the signals (i.e., the chemical shift) or the splitting patterns, draw a spectrum of the following molecule, being sure to indicate the integration of each peak. Label each signal based on the set of equivalent hydrogens to which it corresponds. [We expand on this question in future assessments.]

Identify each of the following compounds from its molecular formula and its IR and ¹H NMR spectra:

d. C₁₁H₁₄O₂

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In the lab, ¹H NMR is often used to verify that a reaction has worked as expected by comparing the product spectrum with what is expected. Given the ¹H NMR of the reactant shown, draw the spectrum you'd expect to see of the product that results.

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(a) Using the ¹H NMR spectra, identify the reactants and product for this reaction.

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(b) Provide an arrow-pushing mechanism for the reaction.

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Draw the ¹H NMR spectrum you would expect to see for each of the molecules in Assessment 15.63.

(b)

Draw the ¹H NMR spectrum you would expect to see for each of the molecules in Assessment 15.63.

(c)

Draw the ¹H NMR spectrum you would expect to see for each of the molecules in Assessment 15.63.

(d)

Draw a spectrum for each of the following molecules, being sure to indicate the multiplicity, integration, and chemical shift of each peak. Label each signal based on the set of equivalent hydrogens to which it corresponds.

(b)