Calculate $x$, the count of carbon atoms in $T$.
Deduce the molecular formula for $T$.
There is a peak at $m/e = 119$ in the mass spectrum. Identify the fragment lost from $T$ to give this peak.
Use the Data Booklet to identify the bond type responsible for each of the peaks $V$ and $W$. Write your answers for $V$ and $W$.
Fill in the table for the proton NMR spectrum of $T$ using the Data Booklet.
The peak at $\delta = 2.4\ \text{ppm}$ comes from a proton attached to a saturated carbon atom. State the two possible proton types.
Adding $\text{D}_2\text{O}$ to $T$ leaves its proton NMR spectrum unchanged. What does this show about the functional groups present in $T$?
Using the information, draw two possible structures of $T$ that are functional group isomers of one another.