3 Converted list into a table
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High symmetry molecules fit into crystal lattices especially well (higher mpm.p.), but are volatile for having fewer van der Waals interactions (lower bp)

Pentane mp −130 °C, bp 36b.1 °C
isopentane, mp −160 °C, bp 27p.2 °C
neopentane, mp −18 °C, bp 9).5 °C

octane, mp −57 °C, bp 125 °C
2-methylheptane, mp −110 °C, bp 117 °C
2,2,4-trimethylpentane, mp −107 °C, bp 99 °C
2,2,3,3-tetramethylbutane, mp 101 °C, bp 107 °C
cubane, mp 131 °C, bp 133 °C (sublimes at room temp)$$\begin{array}{lrr} \hline \text{Compound} & \text{m.p.}/\pu{°C} & \text{b.p.}/\pu{°C} \\ \hline \text{pentane} & −130 & 36.1 \\ \text{isopentane} & −160 & 27.2 \\ \text{neopentane} & −18 & 9.5 \\ \hline \text{octane} & −57 & 125 \\ \text{2-methylheptane} & −110 & 117 \\ \text{2,2,4-trimethylpentane} & −107 & 99 \\ \text{2,2,3,3-tetramethylbutane} & 101 & 107 \\ \text{cubane} & 131 & 133 \\ & & \text{(sub. at r.t.)*} \\ \hline \text{decane} & −30  & 174 \\ \text{isodecane} & −75 & 167 \\ \text{adamantane} & 270 & \text{sub.} \\ \hline \end{array} $$

decane, mp −30 °C, bp 174 °C
isodecane, mp −75 °C, bp 167 °C
adamantane mp 270 °C, sublimes* sub. — sublimes; r.t. — room temperature.

High symmetry molecules fit into crystal lattices especially well (higher mp), but are volatile for having fewer van der Waals interactions (lower bp)

Pentane mp −130 °C, bp 36.1 °C
isopentane, mp −160 °C, bp 27.2 °C
neopentane, mp −18 °C, bp 9.5 °C

octane, mp −57 °C, bp 125 °C
2-methylheptane, mp −110 °C, bp 117 °C
2,2,4-trimethylpentane, mp −107 °C, bp 99 °C
2,2,3,3-tetramethylbutane, mp 101 °C, bp 107 °C
cubane, mp 131 °C, bp 133 °C (sublimes at room temp)

decane, mp −30 °C, bp 174 °C
isodecane, mp −75 °C, bp 167 °C
adamantane mp 270 °C, sublimes

High symmetry molecules fit into crystal lattices especially well (higher m.p.), but are volatile for having fewer van der Waals interactions (lower b.p.).

$$\begin{array}{lrr} \hline \text{Compound} & \text{m.p.}/\pu{°C} & \text{b.p.}/\pu{°C} \\ \hline \text{pentane} & −130 & 36.1 \\ \text{isopentane} & −160 & 27.2 \\ \text{neopentane} & −18 & 9.5 \\ \hline \text{octane} & −57 & 125 \\ \text{2-methylheptane} & −110 & 117 \\ \text{2,2,4-trimethylpentane} & −107 & 99 \\ \text{2,2,3,3-tetramethylbutane} & 101 & 107 \\ \text{cubane} & 131 & 133 \\ & & \text{(sub. at r.t.)*} \\ \hline \text{decane} & −30  & 174 \\ \text{isodecane} & −75 & 167 \\ \text{adamantane} & 270 & \text{sub.} \\ \hline \end{array} $$

* sub. — sublimes; r.t. — room temperature.

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High symmetry molecules fit into crystal lattices especially well (higher mp), but are volatile for having fewer van der Waals interactions (lower bp)

Pentane mp -130 C−130 °C, bp 36.1 C
 °C
isopentane, mp -160 C −160 °C, bp 27.2 C
 °C
neopentane, mp -18 C−18 °C, bp 9.5 C °C

octane, mp -57 C−57 °C, bp 125 C
 °C
2-methylheptane, mp -110 C−110 °C, bp 117 C
 °C
2,2,4-trimethylpentane, mp -107 C−107 °C, bp 99 C
 °C
2,2,3,3-tetramethylbutane, mp 101 C °C, bp 107 C
 °C
cubane, mp 131 C °C, bp 133 C °C (sublimes at room temp)

decane, mp -30 C−30 °C, bp 174 C
 °C
isodecane, mp -75 C−75 °C, bp 167 C
 °C
adamantane mp 270 C °C, sublimes

High symmetry molecules fit into crystal lattices especially well (higher mp), but are volatile for having fewer van der Waals interactions (lower bp)

Pentane mp -130 C, bp 36.1 C
isopentane, mp -160 C , bp 27.2 C
neopentane, mp -18 C, bp 9.5 C

octane, mp -57 C, bp 125 C
2-methylheptane, mp -110 C, bp 117 C
2,2,4-trimethylpentane, mp -107 C, bp 99 C
2,2,3,3-tetramethylbutane, mp 101 C, bp 107 C
cubane, mp 131 C, bp 133 C (sublimes at room temp)

decane, mp -30 C, bp 174 C
isodecane, mp -75 C, bp 167 C
adamantane mp 270 C, sublimes

High symmetry molecules fit into crystal lattices especially well (higher mp), but are volatile for having fewer van der Waals interactions (lower bp)

Pentane mp −130 °C, bp 36.1 °C
isopentane, mp −160 °C, bp 27.2 °C
neopentane, mp −18 °C, bp 9.5 °C

octane, mp −57 °C, bp 125 °C
2-methylheptane, mp −110 °C, bp 117 °C
2,2,4-trimethylpentane, mp −107 °C, bp 99 °C
2,2,3,3-tetramethylbutane, mp 101 °C, bp 107 °C
cubane, mp 131 °C, bp 133 °C (sublimes at room temp)

decane, mp −30 °C, bp 174 °C
isodecane, mp −75 °C, bp 167 °C
adamantane mp 270 °C, sublimes

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High symmetry molecules fit into crystal lattices especially well (higher mp), but are volatile for having fewer van der Waals interactions (lower bp)

Pentane mp -130 C, bp 36.1 C
isopentane, mp -160 C , bp 27.2 C
neopentane, mp -18 C, bp 9.5 C

octane, mp -57 C, bp 125 C
2-methylheptane, mp -110 C, bp 117 C
2,2,4-trimethylpentane, mp -107 C, bp 99 C
2,2,3,3-tetramethylbutane, mp 101 C, bp 107 C
cubane, mp 131 C, bp 133 C (sublimes at room temp)

decane, mp -30 C, bp 174 C
isodecane, mp -75 C, bp 167 C
adamantane mp 270 C, sublimes