Spectroscopy Problem #1

Spectroscopy Problem
#1
Indicate key signals present and missing in the IR spectrum (10 pts.), explain the
chemical shift (10 pts.) and splitting patterns of the NMR signals (10 pts.). Finally,
elucidate a structure for the molecule and justify your reasoning. The molecular formula
for the compound is C8H8O2.

Spectroscopy Problem
#2
Indicate key signals present and missing in the IR spectrum (10 pts.), explain the
chemical shift (10 pts.) and splitting patterns of the NMR signals (10 pts.). Finally,
elucidate a structure for the molecule and justify your reasoning. The molecular formula
for the compound is C9H12O.

Spectroscopy Problem
#3
Indicate key signals present and missing in the IR spectrum (10 pts.), explain the
chemical shift (10 pts.) and splitting patterns of the NMR signals (10 pts.). Finally,
elucidate a structure for the molecule and justify your reasoning. The molecular formula
for the compound is C5H10O2.

Spectroscopy Problem
#4
Indicate key signals present and missing in the IR spectrum (10 pts.), explain the
chemical shift (10 pts.) and splitting patterns of the NMR signals (10 pts.). Finally,
elucidate a structure for the molecule and justify your reasoning. The molecular formula
for the compound is C8H8O2.

Spectroscopy Problem
#5
Indicate key signals present and missing in the IR spectrum (10 pts.), explain the
chemical shift (10 pts.) and splitting patterns of the NMR signals (10 pts.). Finally,
elucidate a structure for the molecule and justify your reasoning. The molecular formula
for the compound is C5H10O2.

Spectroscopy Problem
#6
Indicate key signals present and missing in the IR spectrum (10 pts.), explain the
chemical shift (10 pts.) and splitting patterns of the NMR signals (10 pts.). Finally,
elucidate a structure for the molecule and justify your reasoning. The molecular formula
for the compound is C5H10O.

Spectroscopy Problem
#7
Indicate key signals present and missing in the IR spectrum (10 pts.), explain the
chemical shift (10 pts.) and splitting patterns of the NMR signals (10 pts.). Finally,
elucidate a structure for the molecule and justify your reasoning. The molecular formula
for the compound is C6H12O2.

Spectroscopy Problem
#8
Indicate key signals present and missing in the IR spectrum (10 pts.), explain the
chemical shift (10 pts.) and splitting patterns of the NMR signals (10 pts.). Finally,
elucidate a structure for the molecule and justify your reasoning. The molecular formula
for the compound is C6H12O2.

Spectroscopy Problem
#9
Indicate key signals present and missing in the IR spectrum (10 pts.), explain the
chemical shift (10 pts.) and splitting patterns of the NMR signals (10 pts.). Finally,
elucidate a structure for the molecule and justify your reasoning. The molecular formula
for the compound is C7H14O.