The highest oxidation state achieved by transition metal is given by:

Question

The highest oxidation state achieved by transition metal is given by: (A) ns electrons (B)  (n-1)d electrons (C)  (n+1)d electrons (D)  ns(n-1)d electrons

Tardigrade Admin · Accepted Answer

The general electronic configuration of d-block elements is (n-1) d1-10 n s1-2 Hence, the maximum oxidation state is achieved by transition metal is given by n s+(n-1) d electrons.

Q. The highest oxidation state achieved by transition metal is given by:

ns electrons

$(n - 1) d$ electrons

$(n + 1) d$ electrons

$n s (n - 1) d$ electrons

The general electronic configuration of d-block elements is $(n - 1) d^{1 - 10} n s^{1 - 2}$
Hence, the maximum oxidation state is achieved by transition metal is given by $n s + (n - 1) d$ electrons.

Q. The highest oxidation state achieved by transition metal is given by:

ns electrons

(n−1)d electrons

(n+1)d electrons

ns(n−1)d electrons

The general electronic configuration of d-block elements is (n−1)d1−10ns1−2 Hence, the maximum oxidation state is achieved by transition metal is given by ns+(n−1)d electrons.

$(n - 1) d$ electrons

$(n + 1) d$ electrons

$n s (n - 1) d$ electrons

The general electronic configuration of d-block elements is $(n - 1) d^{1 - 10} n s^{1 - 2}$
Hence, the maximum oxidation state is achieved by transition metal is given by $n s + (n - 1) d$ electrons.