Among V (Z = 23), Cr (Z = 24), Mn (Z = 25) which will have highest magnetic moment.

Question

Among V (Z = 23), Cr (Z = 24), Mn (Z = 25) which will have highest magnetic moment. (A) V (B) Cr (C) Mn (D) all of them will have equal magnetic moment

Tardigrade Admin · Accepted Answer

Electronic configuration of ultimate and penultimate shell in ground state of these elements is as follows: <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/39e54b66b13d4a53d4059224c368a122-.jpeg" /> Magnetic moment m = √N(N+2) Bohr magneton where N is number of unpaired electrons, m will be highest for Cr having 6 unpaired electrons

Q. Among $V (Z = 23), C r (Z = 24), M n (Z = 25)$ which will have highest magnetic moment.

$V$

$C r$

$M n$

all of them will have equal magnetic moment

Electronic configuration of ultimate and penultimate shell in ground state of these elements is as follows:

Magnetic moment $m = N (N + 2)$ Bohr magneton where $N$ is number of unpaired electrons, $m$ will be highest for $C r$ having $6$ unpaired electrons

Q. Among V(Z=23),Cr(Z=24),Mn(Z=25)which will have highest magnetic moment.

V

Cr

Mn

all of them will have equal magnetic moment

Electronic configuration of ultimate and penultimate shell in ground state of these elements is as follows: Magnetic moment m=N(N+2)​ Bohr magneton where N is number of unpaired electrons, m will be highest for Cr having 6 unpaired electrons

Q. Among $V (Z = 23), C r (Z = 24), M n (Z = 25)$ which will have highest magnetic moment.

$V$

$C r$

$M n$

Electronic configuration of ultimate and penultimate shell in ground state of these elements is as follows:

Magnetic moment $m = N (N + 2)$ Bohr magneton where $N$ is number of unpaired electrons, $m$ will be highest for $C r$ having $6$ unpaired electrons