The van der Waals pressures increases with the rise in the dimension of the atom, and also therefore, in general, the boiling and also melting points boost from He to Rn. Argon has actually larger mass than helium and has larger dispersion forces. Because of bigger size, the outer electrons are much less tightly hosted in the larger atoms so that instantaneous dipoles are more easily induced result in higher interaction between argon atoms. Therefore, the boiling point of Aris an ext than the of He.




You are watching: Argon has a higher boiling point than neon because argon has

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Video Transcript

Let's understand. Why are gone balls in ~ a higher temperature in the Neon, Neon has 10 proton in that is nucleus. Argon has actually 18 protons. This, um, in the Adam Argon has actually eight extra electrons in a an ext diffuse electron cloud. The electron cloud that argon is therefore larger and an ext polarized, able able to express mawr inter molecular pressures Vander Waals forces, which outcomes in a higher boiling point due to these rise forces. Due to this, the boiling allude of argon is higher are gone. We deserve to see that boiling point is 87.2 Kelvin's, conversely, a neon and also spoiling point is 24.5.




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