Which of the following graph is correct representation between atomic number (Z) and magnetic moment of d -block elements? [Outer electronic configuration: .(n-1) mathrmd mathrmx mathrmns1 text or 3]

Question

Which of the following graph is correct representation between atomic number (Z) and magnetic moment of d -block elements? [Outer electronic configuration: .(n-1) mathrmd mathrmx mathrmns1 text or 3] (A) Option 1

(B)

(C)

(D)

Tardigrade Admin · Accepted Answer

Magnetic moment =√n (. n + 2 .)BM N: Number of unpaired e- As atomic number increases in d-block element number of unpaired e- first increases upto middle then decreases.

Q. Which of the following graph is correct representation between atomic number $(Z)$ and magnetic moment of $d$ -block elements? [Outer electronic configuration : $(n - 1) d^{x} ns^{1 or 3}]$

Magnetic moment $= n (n + 2) BM$

$N$ : Number of unpaired $e^{-}$

As atomic number increases in d-block element number of unpaired $e^{-}$ first increases upto middle then decreases.

Q. Which of the following graph is correct representation between atomic number (Z) and magnetic moment of d -block elements? [Outer electronic configuration : (n−1)dxns1 or 3]

Magnetic moment =n(n+2)​BM N : Number of unpaired e− As atomic number increases in d-block element number of unpaired e− first increases upto middle then decreases.

Q. Which of the following graph is correct representation between atomic number $(Z)$ and magnetic moment of $d$ -block elements? [Outer electronic configuration : $(n - 1) d^{x} ns^{1 or 3}]$

Magnetic moment $= n (n + 2) BM$

$N$ : Number of unpaired $e^{-}$

As atomic number increases in d-block element number of unpaired $e^{-}$ first increases upto middle then decreases.