Recurrence relation for the central moments of Binomial distribution

[@noorafathima967]

Mam, you are a great teacher, you made me understand this formula in a simple and easy way thank you mam.

[@apoorva883]

Thank you Ma'am, you explained it so easily. Please keep uploading such videos, it's very helpful for us.

[@londontalkies12]

Super mam...u r a star dam lecturer madam....
Thank u so much mam...

[@samriddhisharma7289]

Thank you so much mam for making it so simple to understand...
I wish I had professors like you in my university...

[@harshasaifans_foryoutelugu1421]

Mam ,
Super super super super explanation

[@swathy3970]

Ma'am the video really helped. Thanks ma'am.

[@saipavi8883]

Tq soo much mam after listening u r video l done my exam welll keep doing.... Tnx...

[@PoojaSharma-vr4gd]

Thanks mam tommorow is my exam this lecture helps me a lot...❤️.

[@rkmpictures5626]

super teachin
g mam

[@sowmyaakanagaraj410]

Really easy to understad mam

[@mihirjoshi9908]

Thank you ma'am for such a great explanation!!

[@darklord5606]

Nice mam

[@amitpatange4237]

Helped a lot a lot!!!!!!!!!!

[@simiguleria3899]

Thank you so much for the video❤

[@swethaelumalai7847]

Thank you mam it is very useful🤩

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You are just amazing mam

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Thank you 🤗

[@gayathriokpillai208]

Thankyou ma'am

[@mechanism8403]

Thanks mam

[@merlin1339]

Mam, I understand the concept but I don't understand why we are differentiating that (myu r) in the first place.. Do we get a genaral form (recurrence relation) of a series by differntiating it? Please reply

[@rajubokki2637]

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Wonderful

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[@jannatferdos2515]

tnx mam

[@asadalitv9224]

Multinomial distribution derivatives mean and variance find plz