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

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B.Sc. II Year | B.Sc. 2nd Year | B.Sc. Second Year | Inorganic Chemistry | Magnetic Properties of Lanthanides | अकार्बनिक रसायन | लैन्थनाइड के चुंबकीय गुण
You can learn about calculation of magnetic moment for lanthanide ions with the help of this video.
Suggestions are always invited in comment section.
Thanks,
Learn Chemistry Online.

Опубликовано:

23 сен 2024

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Комментарии : 20

@arindamchakrabarty4649 4 месяца назад

Thank you very much for this clear explanation

@ChandankashyapLH 6 месяцев назад

magnetic property of lanthanides are different from transition elements.

@Akash_3120 2 года назад

Thank you very much sir 🙂

@vivekjhajhria6196 2 года назад

thanks you so much

@varshajangra7467 4 года назад

Thank you sir

@kuldeepnathrj-1381 4 года назад

tnx sir ji

@ULFATFAROOQ-z2y 3 месяца назад

Sir is it overall properties of lanthinides

@LearnChemistryOnline 3 месяца назад

No, only magnetic

@sagnikamohanty1786 2 года назад

Tq so much Sir

@mridulajariwal1534 2 года назад

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

@LearnChemistryOnline 2 года назад

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

@mridulajariwal1534 2 года назад

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

@LearnChemistryOnline 2 года назад

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

@mridulajariwal1534 2 года назад

@@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 2 года назад

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