We know that radius decreases when swe move from left to right in a period. Then why radius of neon is more than the radius of flourine?
Asked by Kavita | 2nd Jan, 2016, 06:44: PM
Expert Answer:
The radii of noble gas elements are "van der Waals radii" and are 40% more than the actual atomic radii.
Hence neon's atomic radius must be much more than that of fluorine.
The radii of noble gas elements are "van der Waals radii" and are 40% more than the actual atomic radii.
Hence neon's atomic radius must be much more than that of fluorine.
Answered by Vaibhav Chavan | 3rd Jan, 2016, 12:00: PM
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