Which of the following substances is most likely to exhibit strong Van der Waals forces?

Methane, with its distinctive nonpolar nature and symmetrical tetrahedral structure, emerges as a fascinating example wherein Van der Waals forces play a pivotal role. Given its symmetrical configuration, methane does not possess a permanent dipole moment. However, the dynamic dance of electrons within its molecular structure facilitates the occurrence of temporary fluctuations in electron distribution, resulting in induced dipoles. This phenomenon becomes particularly noteworthy in the context of Van der Waals forces. The induced dipoles in methane, albeit temporary, foster attractive interactions with neighboring molecules. The synchronized emergence of induced dipoles in adjacent methane molecules creates a harmonious interplay of forces, contributing significantly to the overall stability and cohesion of nonpolar molecular structures.