B.Sc. II Year | Magnetic Properties of Lanthanides | लैन्थनाइड के चुंबकीय गुण

[@ChandankashyapLH]

magnetic property of lanthanides are different from transition elements.

[@arindamchakrabarty4649]

Thank you very much for this clear explanation

[@Akash_3120]

Thank you very much sir 🙂

[@vivekjhajhria6196]

thanks you so much

[@varshajangra7467]

Thank you sir

[@sagnikamohanty1786]

Tq so much Sir

[@kuldeepnathrj-1381]

tnx sir ji

[@mridulajariwal1534]

Sir then where will the formula u s+l = √4s(s+1)+l(l+1) be used

[@LearnChemistryOnline]

When both orbital magnetic moment and spin magnetic moment contributed to value of magnetic moment.

[@mridulajariwal1534]

@@LearnChemistryOnline sir can this formula ve applied to the examples that you have explained in the video.

[@LearnChemistryOnline]

This formula cannot be applied on first transition series elements. It is for 2nd and 3rd transition series elements.

[@mridulajariwal1534]

@@LearnChemistryOnline and on f block elements also?
Sir I used this formula for the questions you explained in video but the answer came out to be wrong.

[@LearnChemistryOnline]

For Lanthenides, u = g √J+(J+1) is used