![The ground state electronic configuration of the rare-earth ion (Nd3+) is [Pd] 4f 35s25p6](https://www.gkseries.com/blog/wp-content/uploads/2023/09/The-ground-state-electronic-configuration-of-the-rare-earth-ion-Nd3-is-Pd-4f-35s25p6.jpg)
Q. The ground state electronic configuration of the rare-earth ion (Nd3+) is [Pd] 4f 35s25p6.Assuming LS coupling, the Land𝑒́ 𝑔-factor of this ion is 8/11 . The effective magnetic 11 moment in units of Bohr magneton 𝜇B (rounded off to two decimal places) is
Ans: 3.62
Sol:
![The ground state electronic configuration of the rare-earth ion (Nd3+) is [Pd] 4f 35s25p6](https://www.gkseries.com/blog/wp-content/uploads/thumbs_dir/Which-of-the-following-gastric-cells-indirectly-help-in-erythropoiesis-qc026z9c13jqsdf8lvnwo20q7xa20jlf750eacegqk.jpg)
![The ground state electronic configuration of the rare-earth ion (Nd3+) is [Pd] 4f 35s25p6](https://www.gkseries.com/blog/wp-content/uploads/thumbs_dir/DAILY-CURRENT-AFFAIRS-Made-with-PosterMyWall255-qc0270767xl13zdvge2j8js6tb5f88p5j9nvrmd2kc.jpg)
![Determine the correctness (or otherwise) of the following Assertion [A] and the Reason [R]](https://www.gkseries.com/blog/wp-content/uploads/2023/10/Determine-the-correctness-or-otherwise-of-the-following-Assertion-A-and-the-Reason-R.jpg)
