For each pair of compounds listed, check the box next to the one with the higher boiling point.compounds higher boiling pointCS2 CSe2 CH4 SnH4 Ne He

I'm sorry, but as a text-based AI, I don't have the ability to check boxes. However, I can tell you which compound in each pair has a higher boiling point.

1. Between CS2 and CSe2, CSe2 has a higher boiling point. This is because CSe2 has larger molecules, which leads to stronger London dispersion forces, and thus a higher boiling point.

2. Between CH4 and SnH4, SnH4 has a higher boiling point. This is due to the fact that SnH4 has larger atoms, which results in stronger London dispersion forces and a higher boiling point.

3. Between Ne and He, Ne has a higher boiling point. This is because Ne has more electrons than He, which leads to stronger London dispersion forces and thus a higher boiling point.