The correct increasing order of the stability of Al +, Ga + ln +, Tl + ions are:

Question

The correct increasing order of the stability of Al +, Ga + ln +, Tl + ions are: (A) Al +< Ga +< Tl +< In + (B) Al +< Ga +< In +< Tl + (C) Tl +< In +< Ga +< Al + (D) Tl +< Al +< Ga +< In +

Tardigrade Admin · Accepted Answer

Group 13 elements have three electrons in their outermost shell with the valance electronic configuration, ns 2 np 1 Oxidation states of the boron family is +3 or +1 Due to inert pair effect, on moving down the group stability of higher oxidation state decrease. Thus; the stability of +1 state increases.

Q. The correct increasing order of the stability of $A l^{+}, G a^{+}$ $l n^{+}, T l^{+}$ ions are:

$A l^{+} < G a^{+} < T l^{+} < I n^{+}$

$A l^{+} < G a^{+} < I n^{+} < T l^{+}$

$T l^{+} < I n^{+} < G a^{+} < A l^{+}$

$T l^{+} < A l^{+} < G a^{+} < I n^{+}$

Q. The correct increasing order of the stability of Al+,Ga+ ln+,Tl+ ions are:

Al+<Ga+<Tl+<In+

Al+<Ga+<In+<Tl+

Tl+<In+<Ga+<Al+

Tl+<Al+<Ga+<In+

Q. The correct increasing order of the stability of $A l^{+}, G a^{+}$ $l n^{+}, T l^{+}$ ions are:

$A l^{+} < G a^{+} < T l^{+} < I n^{+}$

$A l^{+} < G a^{+} < I n^{+} < T l^{+}$

$T l^{+} < I n^{+} < G a^{+} < A l^{+}$

$T l^{+} < A l^{+} < G a^{+} < I n^{+}$