The gyromagnetic ratio of an electron in sodium atom is

Question

The gyromagnetic ratio of an electron in sodium atom is (A) depending upon the atomic number of the atom (B) depending upon the shell number of the atom (C) independent of that orbit it is in (D) having positive value

Tardigrade Admin · Accepted Answer

Gyromagnetic ratio =( textmagnetic moment/ textangular momentum) =(neh /4 π m/nh 2π) =(e/2m)= constant Hence, gyromagnetic ratio is not dependent on the orbit and for electron, it is having negative value due to negative charge on electron

Q. The gyromagnetic ratio of an electron in sodium atom is

depending upon the atomic number of the atom

depending upon the shell number of the atom

independent of that orbit it is in

having positive value

Gyromagnetic ratio $= \frac{magnetic moment}{angular momentum}$
$= \frac{n e h /4 π m}{nh 2 π}$
$= \frac{e}{2 m}$ = constant
Hence, gyromagnetic ratio is not dependent on the orbit and for electron, it is having negative value due to negative charge on electron

Q. The gyromagnetic ratio of an electron in sodium atom is

depending upon the atomic number of the atom

depending upon the shell number of the atom

independent of that orbit it is in

having positive value

Gyromagnetic ratio =angular momentummagnetic moment​ =nh2πneh/4πm​ =2me​= constant Hence, gyromagnetic ratio is not dependent on the orbit and for electron, it is having negative value due to negative charge on electron

Gyromagnetic ratio $= \frac{magnetic moment}{angular momentum}$
$= \frac{n e h /4 π m}{nh 2 π}$
$= \frac{e}{2 m}$ = constant
Hence, gyromagnetic ratio is not dependent on the orbit and for electron, it is having negative value due to negative charge on electron