Electronic displacement in covalent bonds
It is observed that most of the attacking reagents always possess either a positive or a negate -ve charge, therefore for a solution to operate on the covalent bond the latter must possess oppositely charged centres. This is made possible by displacement (partial or complete) of the bonding electrons. The electronic distance in turn can be due to certain effects, some of which are fixed and others are temporary. The former effects are permanently performing in the atom and are called as polarisation effects, while the latter are taken into play by the attacking reagent and as soon as the attacking reagent is replaced, the electronic distance disappears; such effects are known as the polarisability effects.
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