Cayley theorem proof in hindi 🔥

[@sanjeevsingh-nh4xj]

ye bhai sbko pass krayega!!!!!

[@MathematicsAnalysis]

😇🙏

[@AtmaAcademy]

kya baat khee hai

[@Vikasgangwarofficial]

Today is my exam .... I'm watching this now ...tq so much bhaiya

[@odiaexercise1884]

Nice 👍 learning 👍 good luck

[@shivani_ahir_7]

Thank you so much sir ye therorm k kahi sare videos dekhe kuchh samaj nai aa raha tha aapka video aek hi bar dekhne se samaj me aa gaya☺️ love your teaching style 😍

[@sumanbisht3226]

Your writing skill is soooooo good

[@DARK_0477]

Bhai aapki har video helpful h.....sort bhi h.....km time m bahut samjha dete ho....love from Alwar Rajasthan RJ02 wale meena G 💥💥💥💥💥🤞

[@prernatyagi4901]

Cayley's theorem says every group is isomorphic to a group of permutations. May be finite or may be infinite.

[@x_manishh]

ok

[@mayank5549]

​@@x_manishhok

[@AnitaChoudhary-ym9fy]

Sir explain karte vakat sath mai likhte hue explain karain, aur achai sai samjh aayega

[@vaishnavi__24]

Mindblowing 👍👍👍👍👍

[@VedantSrikar]

Thanks for the video useful.

[@sharmaman03]

I was already confused bout this topic.
And this video made it even more confusing 🙃🙂
More than explanation its manipulation so nice manipulation 🙂🙂

[@Pooja-vk2jn]

Wowww...writing ❣❣❣

[@ninibura6298]

😘❤️👍😍... Wow so easily u explain it... Thank you sir... And now iam ur new subscriber

[@Knowledgecenter1008]

Thank you 🙏 sir, nice lecture

[@user-jf4gy2hd2w]

Tanks yar bajout easy way se proof kiya ha... Ek bar per thanks

[@dpstatus5260]

Very very thankyou

[@uttamkumarnayak9527]

Very nice teaching sir. I like your teaching style

[@ksyedbasha6442]

Sir nice explained thank you sir

[@RajuBhai-qk7wh]

Bhai vicks ki goli khani thi video bnane s pehle...baaki bahut acha smjhaya h🙂

[@nikitagrewal3812]

Nice proof ...Thanks sir

[@zaferkhani9511]

Thank you Sir.... 🌠🌠.well Explanation

[@creativeshankar6308]

Excellent teaching style sir 👍👍👍👍👍

[@MathematicsAnalysis]

Thanks dear

[@sidra1633]

Fabulous 👍

[@rajubokki2637]

All is well but voice konchamu clarity unte chala baguntundi sir thank sir

[@kishorpillamudi5579]

Lesson speakin very good sir

[@anubhavkumar5584]

Thank u so much sir

[@sarswaticlasses1259]

Very helpful thank you...

[@vishali3664]

Thanks sir..

[@saurabhtomar1025]

0:37 Sir ma app sa class 10,11,12 ka maths pada hai .aj bsc ke class mil gaye cayley, s theoram
BSc level ka math abhi Koi Jyada log Nahin padhaate. Yadi aap BSc semester 1 se hi apni class dalna shuru karo RUclips per. Student ke sath sath aapke channel ki Gro aur Jyada Hogi
😊😊😊😊😊😊

[@jasveerkaur47]

Very understanding thanks sir

[@KKPal-iitk]

sir permutation ke liye one-one and onto proof kiya tha fir isomorphic ke liye ye dobara proof kyon kar rahe seedhe homomorphic proof nahi kar sakate kya.

[@kishorpillamudi5579]

Thanks for lesson

[@preetikumari6611]

Thank you sir it's awesome

[@mitalimakeover]

Sir bsc 3rd year ki kuch hi vidios h ky sare nhi mil rhi h

[@ranashakeel2725]

Excellent

[@chiragsingh9166]

Ossom sir

[@kanchanbharti4001]

Nice explanation ✍️✍️

[@sharmajikalonda4019]

Rani mukharji ka bhai😅

[@SoumyadeepMisra7]

in case of proving the set G' a group you have to first prove associativity because you cannot write the first step of proving the closure one without prove that fa is associative.Am i right sir?

[@kajukaju4582]

same

[@parshottambaghel8109]

Thanks sir yah exam me ayega

[@R5sjdJk]

Great job guru

[@MathematicsAnalysis]

Thanks dear

[@prashantkumargupta4756]

Sir apki handwriting bahut achi h

[@MathematicsAnalysis]

Thanks dear

[@mudasiryousaf273]

How can I download your group theory notes completely

[@mitalimakeover]

Aapka hi samjh aa rh h sir please dal dijiye

[@hilalahmed8231]

Show some examples,
Ur lecture is already written, u need to write while delivering the lecture....🙂🙂🙂🙂

[@neelufarkhan5199]

exactly

[@kamudusravan4351]

Super Anna good explanation

[@MathematicsAnalysis]

Thanks dear

[@yasinl8307]

Unnaku Hindi theriyuma

[@vikasswami0353]

Nice lecture 👍

[@sumitjangir5451]

Awesome explanation

[@MathematicsAnalysis]

Welcome

[@MathematicsAnalysis]

Thanks dear

[@ankitgothwal9176]

are sumit tune yahi se padha hai 🤣🤣🤣

[@sumitjangir5451]

Hn bhai.🤣🤣

[@babitakotilya7153]

Awesome

[@sidra1633]

Thank you 👍

[@parneetkaur1688]

Thankiuu sir

[@shaistamalik5727]

Gjb

[@prakritigupta3477]

Best video, and best group thoery teacher.

[@PramodKumar-dr3cq]

Sir jab hamne one one or onto pahle show kr diya h to bad me show krna jaruri h kya

[@cartoonshow7779]

Sir Cayeleys thermo .. statement ..every group is isomorphic to subgroup A(s).for some apporprite s. Is it correct sir for this proof pls sir answer me

[@g2ltechnical]

Sir aap jitni bhi therom hoti he unko samjhayo karo or proof karwayo karo plzz sir ...
Jitni bhi he . M1 me

[@relaxingmusic8781]

Very helpful video thanks a lot

[@MathematicsAnalysis]

Welcome

[@vaishnavibandi3414]

Nice and super explanation but this theroem so long 😂😂😂

[@singingtalent529]

Wow so simple

[@MathematicsAnalysis]

Thank you

[@g2ltechnical]

Sir plzz m2 bhi pura karwa dijiye ga😢😢 bahut tough he

[@g2ltechnical]

Sir caley hamiton therom bhi karwa dijiye matrix

[@hiljettison1027]

Bhahut acha

[@randheersingh1592]

Thank u sir , from bottom of my heart 🙏

[@rakhiram2593]

This video cleared my all doubts about this theorem, thank you very much sir☺️☺️☺️🤗

[@MathematicsAnalysis]

Welcome

[@UniversalGuru_]

❤❤

[@kalpanamajumdar2208]

Best explain

[@MathematicsAnalysis]

Thank you

[@mathslovers5687]

Waw

[@kanchanbharti4001]

Ap Bsc part 1,part 2 , part 3 ki all videos upload krte ho 🤔🤔🤔🤔

[@MathematicsAnalysis]

Ha playlist dekhlo aap

[@gauravmorisash4880]

bahut accha laga sir helpful u

[@MathematicsAnalysis]

Thank you so much gourav 😇

[@fazal3525]

sir u dont explain what caleys theorem says basically

[@neelufarkhan5199]

yaar thra explanation v de dia kro or examples v

[@dishadaywithaditi1240]

👍🏻👍🏻

[@anjaneyasharma322]

Suppose in a group if you take product of elements nearer to G they are likely to cross G. These sub groups do not follow multplicative modulo H E N C E N O T
Suitable for group theory.

[@sumaviamashal5590]

u literally saved me yarrr

[@ShubhamVishwakarma04]

Every group is isomorphic to some permutation group

[@ayushinagar234]

Sir camera ka dhyan rkha kro jha smja rhe hote ho wha to camera hota nhi page k end m

[@MathematicsAnalysis]

Bohot starting ki video

[@nitishsahu720]

Sir white board par batyea

[@ajayaa0302]

Nice sir

[@MathematicsAnalysis]

Thank you

[@MurthyKarukola]

Thanks

[@ranikunja555]

Cauchy's theorem in automorphism ka proff ka video banaiye plz

[@shalinikasaudhan3367]

Tqq 😇

[@anveshmandha9739]

Fundamental therom on integral calucules please explain sir plese

[@saniyadav4976]

Thank you sir

[@MathematicsAnalysis]

Welcome

[@rashmijoshi7669]

Thank you so much sir muje ishki bahut jaroorat thi

[@MathematicsAnalysis]

Welcome dear. 🙏🔥😇

[@rashmijoshi7669]

Sir kya muje aapka number mil sakta hai questions puchne ke liye

[@MathematicsAnalysis]

[e-mail]

[@rashmijoshi7669]

Ishka kya karu

[@SunitaYadav-fm1zj]

Nice video

[@MathematicsAnalysis]

Thank you so much

[@gaaraofddarkness]

Hello sir, I tried to follow your steps with the group = Z4 (Integers mod 4), under multiplication. But I cannot verify that fa(x)is injective (one-to-one). For eg. f2(0)=2*0=f2(2)=2*2=4=0. But 0 is not equal to 2 and thus the mapping is not injective. Can you pls help me with this confusion??

[@tejmuzikk1704]

Ans = Baigan

[@kalpanamajumdar2208]

Thanks sir

[@MathematicsAnalysis]

Thank you

[@odiaexercise1884]

Plz sir give selective +3 2nd yr 3rd semester of bsc

[@maheshkumarsoni5790]

Long k late ho ...usse achha to books hi like baitha karo

[@harshitsinghrajawat4374]

bhai exam point of view se ring me important ky ky h

[@MathematicsAnalysis]

Bohot kuch h dear.. Please dekho ring ki

[@yvenkatesh6238]

Tnxs brro superb

[@MathematicsAnalysis]

Welcome

[@vishalkumarsaha3641]

Thank you

[@MathematicsAnalysis]

Welcome

[@kishorpillamudi5579]

My name is Kishor

[@babluvlog7018]

Sir AP toh pura book he uttar dyea apne bhasha main simple kuch kye ho ke nahi

[@lost_lilly_22]

sir you teach good but thoda Hindi me likha kro

[@MathematicsAnalysis]

Thanks dear 🤗

[@DevansH_Saraswat]

Sir Wo Closure H Closere ni

[@rajatsudan7740]

Sir please made a video on first, second and third theorem on Isomorphism.....plz plz Sir its urgently required

[@MathematicsAnalysis]

Playlist me mil jayegi apko sab

[@rajatsudan7740]

Sir kya aap mujhe uss video ka link de skte ho jisme aapne yeh 3ino theorems explain ki hai

[@rajatsudan7740]

sir maine playlist mei check kiya laikin isomorphism ki koi bi theorem nahi hai....Sir aap plz jitna jldi ho sake 1st ,2nd and 3rd theorem of isomorphism of groups bna do.....plz sir its urgent kyunki mujhe 14th March ko exam hai

[@biswarupmandal9788]

Sir, Ak dought hai. G' may be equal to {fa1, fa2, _ _ _, fan}.

[@santoshkumarjha7864]

Sir iska converse v bataeye n

[@MathematicsAnalysis]

Ok

[@neelufarkhan5199]

itna to book me v mil jata he😒