Ionization potential is the minimum amount of energy needed to remove the outermost electron from the gaseous isolated atom. Its unit is $$eV/atom$$ or $$kJ/mol$$. Successive ionization energy is the amount of energy needed to remove electron successively rom a gaseous ion, it may be termed as I.$$E.2$$, I.$$E.3$$,.. . The difference in the values of I.$$E.1$$ , I.$$E.2$$ helps to determine electronic configuration of the elementsWhich of the elements can make MX type compound (X$$ is the $$halogen)?The order of ionic mobility in aqueous solution of the following ions will be (If$$ R, S belong to same $$group):Of the following four elements which represents an inert gas ?

Question

Ionization potential is the minimum amount of energy needed to remove the outermost electron from the gaseous isolated atom. Its unit is $$eV/atom$$ or $$kJ/mol$$. Successive ionization energy is the amount of energy needed to remove electron successively rom a gaseous ion, it may be termed as I.$$E.2$$, I.$$E.3$$,.. . The difference in the values of I.$$E.1$$ , I.$$E.2$$ helps to determine electronic configuration of the elementsWhich of the elements can make MX type compound (X$$ is the $$halogen)?The order of ionic mobility in aqueous solution of the following ions will be (If$$ R, S belong to same $$group):Of the following four elements which represents an inert gas ?

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$$Q-Element$$ which has one $$e-$$ in outermost shell (Alkali$$ $$metal)                       (large$$ difference between I.$$E.2$$ and I.$$E.1) Size of $$=R$$>S (due$$ to large I. $$E.1$$ of $$S)  Size of $$=R(g)2+$$>$$S(g)2+$$ Size of $$=$$ $$R(aq)2+$$>$$S(aq)2+$$ Mobility $$=$$ $$R(aq)2+$$>$$S(aq)2+Element$$ P is an inert gas.as it has highest I.$$P1$$ among the given

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