1
answer
0
watching
322
views
18 Nov 2019
A Portion of the 'H NMR spectrum of 4-tert-butylcydohexanol is shown below, along with a peak list of chemical shifts, multiplicities, and numbers of protons (from integration). the alcohol O-H proton is NOT observed in this NMR spectrum. the spectrum is consistent with a single isomer of 4-tert-butylcyclohexanol. Which one is it, as or trans? Copy into your lab report the picture shown below the spectrum. Circle the structure of the correct isomer identified in (a). Within the circled structure, circle the most important proton or protons that informed your answer to part (a). What peak or peaks in the spectrum peak list cones pond to the circled proton or protons in part (c)? in this molecule, what conformational relationship between two coupled protons determines their coupling constant to each other (J values)? For the selected peak(s) in (d), explain the multiplicity Be as specific as possible by referring to the labeled protons in your circled structure and highlighting relevant coupling constants.
A Portion of the 'H NMR spectrum of 4-tert-butylcydohexanol is shown below, along with a peak list of chemical shifts, multiplicities, and numbers of protons (from integration). the alcohol O-H proton is NOT observed in this NMR spectrum. the spectrum is consistent with a single isomer of 4-tert-butylcyclohexanol. Which one is it, as or trans? Copy into your lab report the picture shown below the spectrum. Circle the structure of the correct isomer identified in (a). Within the circled structure, circle the most important proton or protons that informed your answer to part (a). What peak or peaks in the spectrum peak list cones pond to the circled proton or protons in part (c)? in this molecule, what conformational relationship between two coupled protons determines their coupling constant to each other (J values)? For the selected peak(s) in (d), explain the multiplicity Be as specific as possible by referring to the labeled protons in your circled structure and highlighting relevant coupling constants.
Tod ThielLv2
3 Feb 2019