RESIDUE CLASSES MODULO "m" (HINDI)

[@acquireknowledge8327]

Great Sir great thanks alot from Pakistan 🇵🇰...you clear my confusion again thanks

[@ShoulendraMishra]

Comment hows this video is?
Thanks For Watching
Subscribe us for more mathematics updates

[@shikha7873]

❤ thanku sir bahut accha explain kiya aapne

[@Archita_Rajpoot]

Awesome explanation sir... 🔥👏👏👏

[@AnubhavKushwaha-tf3cd]

Fantastic ❤❤

[@AbhishekThakur-fo2ps]

Awsomw explanation.but some noice.

[@chandrashekharroy1341]

Wow sir splendid ... Thank u so much👍

[@adityasiddharth6818]

Thank you very much Sir. You possess a very nice way of teaching.

[@ShoulendraMishra]

Aditya Siddharth thanks so mucchhh

[@VeeruSingh-ww4nr]

Thanks: Good Explaination

[@tomandjerry7524]

Thanks for giving best explanation

[@keertiverma398]

Book se apne aap kuch smjh ni aara... Thanks to you I totally understood it😊

[@SaurabhSingh-hl1kd]

Thanks bhai bhaut ache se samjhaya tumne

[@pranjaltripathi648]

Sir you teach very well

[@princetrivedi2093]

Mast bhai

[@ramswarupsidhjyani8664]

Thank you 🙏....this is helped me a lot 😊

[@NitishRaj]

[0] is denoted as equivalence class for remainder 0 and not residue classes. Residue class is set of all such poosible equivalence class. Rest you have explained well. Proceed further with multiplicative group Zn*

[@ShoulendraMishra]

wow very helpful now i got clear difference between residue class and equivalence thanks

[@tomandjerry7524]

@@ShoulendraMishra I can't understand difference in resdue classes and equivalenc classes

[@Saaumyaayaadav2802]

Nice explanation sir👏

[@SettoExplore]

explain beautifully... but speak softly and be relax..

[@ShoulendraMishra]

Yes .... I also realize that thing thanks so muchhhh

[@mubeenrana698]

You lecture is good

[@debaprasadmurmu9571]

Thank you sir😇😇😇

[@sandeepkumar-de3zj]

Main bahut der se samaj raha tha kuch nahi aa raha tha
Fir app ka vedio dekha to awsm clear ho gaya
Maine app ko susxribe bhi char diya hai
Plz congurance modulo m ke vedio bana do sir mere exam near hai
🙏🙏🙏🙏🙏🙏😭😭😭😭🙏🙏🙏🙏🙏🙏🙏🙏🙏😭😭🙏🙏

[@ShoulendraMishra]

Thanks a lot

[@Monukumar-cu2tr]

Thanks bhai

[@gangamsakethram5154]

Well explained.

[@ShoulendraMishra]

Thanks

[@Amitfitness73]

Sir aap ka padhana ka tarika best h and you r a good teacher

[@ShoulendraMishra]

Thanks a lot bro

[@educationcentre1645]

Nice teachs

[@vishalchauhan9832]

Thank you sir !

[@upscmathsaspirants4722]

Thank you

[@deepakgori8174]

You are greatest sir.

[@ShoulendraMishra]

THANKS A LOT

[@mathematicswithjoy]

Excellent

[@sulagnamisra9684]

Asum helpful

[@manvisharma8860]

Easy explanation

[@ShoulendraMishra]

thanks

[@PingpongPoof-c3r]

Thhanke

[@navnathlakade9139]

Sir,
why you r not taking negative integers like -2, ,-6,-10.....in the residue class of 2?
Please explain...

[@ShoulendraMishra]

-ve remainder having not much sense ,
Bt if talking about divisor -ve then yes u can take them

[@scp3178]

correct. he forgot it.

[@anshulsuryawanshi8760]

Is it true to say that Z4 is same as the set of integers??

[@pritamsarkar3867]

thanks bhai🙂

[@TiTFoRTa]

good sir

[@gauravshivajiwagh9397]

can the set have negative numbers?

[@ShoulendraMishra]

what mean

[@shubhamsati3777]

bhayaa eek video modulo per banaiyea jalde

[@ShoulendraMishra]

Sure..... Bt which modulo basic

[@vardankaushik3941]

Thanks, bhai!!

[@ShoulendraMishra]

Welcome

[@shantnukumar1642]

Well Explained Bhai👏

[@ShoulendraMishra]

Shantnu Kumar thanks so mucch

[@BIKRAMKUMAR-lp9uk]

Sir Jee यहां पर r and m positive integer होगा या फिर integer

[@ShoulendraMishra]

r to positive hi rhega , m usable positive hi rehta h

[@monnnikkkadeevvvii4793]

1 wale set main 1 element kaise aaea?

[@kamalkumarpasayat6546]

thanks u sir

[@ShoulendraMishra]

Always welcome

[@sandeepkumar-de3zj]

Bhai congurance modulo m ke vedio bana kar kuch belp karo na plz plz plz

[@ShoulendraMishra]

Okm

[@bkmgareeb9866]

sir how to show a given set complete residue of mod m...pls share a video

[@ShoulendraMishra]

Birendra Mahto s contact me whatsapp [phone]

[@ShoulendraMishra]

Birendra Mahto thanks for review

[@rajuvanalu7020]

If U1&U2 are two ideals of a ring R the prove the U1+U2={x+y/x€U1and y€U2} a also an ideal of R ( please solve this theorem)

[@ShoulendraMishra]

ok check i think i do already

[@divyadinani7703]

🙏🙏thankyou

[@ShoulendraMishra]

thanks

[@kamalkumarpasayat6546]

superior

[@ShoulendraMishra]

Thanks so much

[@Amityadav-il2rp]

Residue classes modulo(7) (except 0) forms an abelian group for multiplication ....in general residue classes of modulo m(except 0) does not form an abelian group ..... please reply bhaiya 🙏🙏

[@ShoulendraMishra]

Only prime

[@Amityadav-il2rp]

@@ShoulendraMishra thanku so much bhaiya..,🙏🙏🙏..i confused from 1 hours because everyone says that it does not form an abelian group for operation multiplication ......

[@pankajbisht5454]

Thank you sir

[@ShoulendraMishra]

welcome

[@anshulsuryawanshi8760]

Why have you taken the classes as an element ?? As a class contains a whole amount of nos in it like [0] contains 0 ,4,8,12......

[@anshulsuryawanshi8760]

Or you have mixed the set of residues modulo m and set of residue classes modulo m

[@ShoulendraMishra]

i m using seperate notations for both like 1 is residue and [1] for residue class

[@tomandjerry7524]

Sir prime resdue classes form a group & composite resdue classes not a group pz make video on this as it is confusion (Zm,•) is not group but( Zp,•) p is prime is a group

[@asindian-tk2fk]

Sir -ve bhi ho skte h kya

[@ShoulendraMishra]

means

[@shubhamsati3777]

thank you bhyaa

[@ShoulendraMishra]

Thanks a lot

[@ansanaseer7126]

Dear sir CRS or NCRS or RRS ki vedios b upload kr dy plzzzzz

[@ShoulendraMishra]

I will try. Thanks for review

[@ShoulendraMishra]

These full form.

[@subhajit8663]

Shoulendra Mishra CRS _complete residue system

[@ShoulendraMishra]

Thanks for review

[@yusufansari8349]

bhai 1 ko 4 se divided krne per remainder 1 kaise hoga
reply please

[@ShoulendraMishra]

Division goes to 0 times

[@vikramgupta7526]

@@ShoulendraMishra thnk bhai mai bhi yhi soch raha tha

[@kamalkumarpasayat6546]

I don't understand if A={1234},R be the relationR={(1,1),(1,2),(1,3),(2,1),(2,2),(1,2),(3,3),(4,4)}then classes are[1]=(1,2),[2]=(1,2) [3]=(3,3),[4]=(4,4) so here[1]why not take (1,1)or(1,3) [2]and(2,2) 2,1

[@ShoulendraMishra]

Because [1] and [2] are same , so u can choose one of them
If u wish then take [1] and leave [2]

[@dharmendramishra1287]

Nice video

[@ShoulendraMishra]

Dharmendra Mishra thanks so mucchh

[@pushpanjalisahu3994]

Thank you

[@kuldeepmahi8402]

thank you sir