normalizer ||centralizer in groups ||group theory modern algebra in hindi Bsc Msc net jam maths Hd

[@crazyguidance3610]

Dhanyawad gurudev 🙏🙏
Way of teaching 😄like physics whala

[@FMRulesofficial]

Sir agar normalizer ka ek example de dete to lecture me char Chand Lagg jatey after all u r best teacher i have ever seen

[@ashuchaurasia9264]

My favourite teacher...luv you sir ...you r great 🙏🙏

[@HDMATHEMATICSBYHDSIR]

Thank you

[@SristiSingh-k5t]

Sir theory ke sath example kra Diya kriye aap plz to aur jada samjh me aa jata ।🙏🙏

[@alvishhalamj6968]

i like the way u teach sir❤

[@easymathstutorial5082]

Great Sir g I like your lecture because it is well explained

[@HDMATHEMATICSBYHDSIR]

Thank you

[@INTNSE2.O]

Great explained sir 🔥🔥🔥❤️

[@rachnakumari2457]

Thanks a lot sir your this video is very helpful gor me 🙏

[@priyankadas2056]

Thank you sir🙏

[@ramkrishnasarkar3041]

Very good explanation sir ❤️🙏

[@ankitapatil8315]

Best teacher of mathematics

[@HDMATHEMATICSBYHDSIR]

Thank you

[@aartimishra709]

Best lecture series of maths...thanks 🙏🙏sir

[@HDMATHEMATICSBYHDSIR]

Welcome

[@MWASI-kk8nn]

Thank you sir , subscribe for future updates

[@rudrakishore2840]

Useful VIDEO🎥

[@rinkeeyadavbsc3967]

Thank you sir

[@aryanraina8945]

Best lecture series for maths

[@HDMATHEMATICSBYHDSIR]

Thank you

[@farwach295]

Best lecture thank you 😊 so much sir

[@HDMATHEMATICSBYHDSIR]

Welcome

[@dipchakraborty369]

If X1 X2 belong to G this implies that x1((X2)^-1) belong to N(a) that subgroup property hold

[@subhamyadav9629]

Great sir thank u i was waiting thank you

[@HDMATHEMATICSBYHDSIR]

Welcome

[@tonystark6150]

Nice❤

[@harshitakashyap7429]

I was waiting thank you

[@HDMATHEMATICSBYHDSIR]

Welcome

[@uvaish576]

Nice explanation

[@rudrakishore2840]

Jaroor

[@worldofmathematics2841]

سر آپ جی دار بندے ہے
Nice explanation...
Sath ma gana suna kr bacho ko fun b krwa ty ho

[@HDMATHEMATICSBYHDSIR]

Thank you

[@aneeqaahmad6927]

25:40. we use associative law to change (ax1) to (x1a) but why can we not use same law to change (a x2inverse) to (x2inverse a ) ? Why would that be wrong ?

[@TonyStark-ed2bx]

Thanks sir

[@siddharthmaurya435]

Thanku so much sir🙏

[@HDMATHEMATICSBYHDSIR]

Welcome

[@heartedishfaq7552]

Good evening sir ,sir have u uploaded lectures on group homomorphism and isomorphism ...if available ,sir plz send link

[@HDMATHEMATICSBYHDSIR]

Homomorphism and isomorphism in group i have explained but more theorems on it still remain very soon i will upload

[@hometopperstudychannel9891]

Very nice video sir 🇮🇳

[@HDMATHEMATICSBYHDSIR]

Thank you

[@SurajYadav-cq1pd]

Sir centralizer and normlizer both are different

[@hometopperstudychannel9891]

Good morning sir

[@shu_bha_m_13]

Nice explanation sir......

[@HDMATHEMATICSBYHDSIR]

Thank you

[@HABIBKHAN-gx2if]

Sir you are great

[@HDMATHEMATICSBYHDSIR]

Thank you

[@dishasingh1033]

Sir ji great thank you

[@HDMATHEMATICSBYHDSIR]

Welcome

[@parijatdas8700]

Sir, normalizer and centralizer same cheez hai kya?

[@keshavm-hy9cn]

Sir, stabilizer of group ka bhi video banayiye

[@nishantmishra2834]

Very nice sur ji

[@HDMATHEMATICSBYHDSIR]

Thank you

[@muhammadkhalid6632]

Very good method

[@HDMATHEMATICSBYHDSIR]

Thank you

[@fareedullah1884]

Love from Pakistan

[@HDMATHEMATICSBYHDSIR]

Thank you

[@ashokkrbishnoi]

fine sir

[@luckygirlluckygirl3055]

Jazakllaha

[@HDMATHEMATICSBYHDSIR]

Thank you

[@pradyumnyajadhav2442]

Physics wallah 2.0

[@OpPhilo03]

❤❤

[@VividCareerCGLKamlesh]

Kya yah advanced abstract algebra ka part hai

[@HDMATHEMATICSBYHDSIR]

Yes

[@chetankaushik2192]

Sr plzzzzzzzzzz aur video vna dijiye 🙏🏿🙏🏿 modern algebra ki

[@HDMATHEMATICSBYHDSIR]

Yes definitely please wait

[@chetankaushik2192]

@@HDMATHEMATICSBYHDSIR sr kB banayenge aap next video modern algebra ki

[@shifaali9587]

Sir hmen to normalizer or centralizer separate prhaya ha ..k dono k concepts different hain

[@HDMATHEMATICSBYHDSIR]

Please see all videos u will get answer

[@vandanasingh260]

Good afternoon sir mujhe ek doubt h sir khi pe subgp show krne k liye ab^(-1) ko belong krate h khi pe ab ko alg se or a inverse ko alg se belong krate h kya dono method use kr skte h subgp show krne k liye dono ek hi chij imply krta h?

[@HDMATHEMATICSBYHDSIR]

Both correct

[@shashank_kishore_]

❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

[@muhammadkhalid6632]

Sir very good lecture sir group ki videos 0304 1970931 pr bhejo ya link bhejo

[@HDMATHEMATICSBYHDSIR]

Please go to playlist of group theory modern algebra you will get all videos serial wise

[@wilson26836]

Best teacher for algebra

[@VinayMaurya-Vm07]

Thank you sir ❤❤