|Jun8-10, 09:39 AM||#1|
Increase in attraction as size of cation decreases
We explain that as the size of metal cation decreases, the covalent character of the formed molecule increases. The reason given is that as the size decreases, the electron cloud is attracted more towards it as charge density is increased.
Now, if I assume metal cation to be uniformly charged sphere, then I can show from Gauss Law that no matter what is the radius of cation, the field outside at a particular distance from centre remains same. Moreover, if I don't consider it to be uniformly distributed, how can I be sure that the field will increase as size is decreased?
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