PYQs on Class Equation of Group | Conjugate Classes | CSIR NET 2011 to 2023 | Fully Short Cut Tricks

[@DevSharma-wu7jf]

Thanks🌹🌹❤❤❤❤❤🙏🙏🙏 very much sir unique concepts

[@its_aditya_parashar]

sir at 54:47 answer should be 80. coz (a b c)( d e f) type elements in S6 also have order 3 so we have to add them also. these type of elements are also 40 so answer is 40+40= 80.

[@arpitamahanta4294]

Thank you very much sir 🙏 you are such a great teacher . Before watching your class this topic is very typical for me to found the class equation but after watching your video l am able to find class equation of any order of the group

[@mystory5438]

Thank you very much sir. I enjoy your videos and the picture is also very nice . Before watching your video the topic is very difficult and solve that problem it takes time but after you teach the topic i feel it is very easy . I get the confident to attend the CSIR exam , 🙏🙏🙏🙏🙏🙏🙏🙏

[@kancharlaasritha9494]

You are amazing sir Thank you so much sir

[@mathematicstutorial...6tht617]

Have no any word to explain your goodness❤❤

[@Dream18-10]

Thank you very much sir 🙏 for this wonderful class 🙏🙏 very very helpful for me 🙏🙏

[@ayaanraj4628]

Really went from ufff to Wow! Was really very confused about class equations but now they are crystal clear. Thanks a lot sir🎉🎉🎉🎉

[@kungumsraj3026]

Excellent sir ...I really understood all the shortcuts which you have taught...all are really very useful. Thank you so much sir....

[@SunitaRani-f2t]

Thanks a million for this class sir.

[@selsias32]

Very useful video.... Brilliant ideas.... Keep it up Sir...

[@ramanuja.]

Great mathematician

[@masterkapil6214]

Thank you sir please provide complete video on modern algebra before exam kindly request you 🎉🎉

[@RohitKumarYadav0516]

Good lecture .

[@prashantmath03]

Amazing Lecture... Thank You Sir 🙏🙏

[@a.shakila7171]

Once i saw your video problem of pyq with trick now only i get confidence that i can clear the csor and main thing is how to read the question thank you sir

[@jayad323]

Thank u very much sir for the wonderful explanation

[@bhagavathisakthi3329]

Wow super short cut tricks our this lecture sir ❤😊

[@Mathematics-b4d]

U r amazing sir unique approach always

[@ShaliniDubey-v8w]

Very helpful video sir please continue

[@Justyourkaran]

Very interactive approach, you made group theory light hearted by adding those cartoons and assuring words sir. 🎉🎉 nice innovation

[@sanchitasinha8465]

Amazing thanq so much sir🙏

[@kumardillip4505]

That's why u r the most loved teacher ever ❤❤

[@anshikathakur7085]

Just wow 😍❤ Thanks a lot sir

[@charitylyngdoh8912]

Thank you so much Sir it's really2 help alot...I kindly request you Sir to upload more videos on Group and Ring theory Sir

[@poojadahiya1494]

I always confused about how to solve class eqn...but thank you sir for these lectures ..now I'm solving these questions... actually your lectures create interest about way of solving questions ❤❤you are best teacher ever i seen

[@a.shakila7171]

Thank you such sir for your help it help us to crack the exam especially from the candidates from south side thank you please continue sir

[@soumyanadagoudar6507]

Thank you so much sir ... It's been very helpful

[@pusplatasahu5738]

Superb session.....❤

[@yashodhas1174]

Thank you very much sir🎉❤😊

[@aslicodes9736]

Amazing lecture sir 😊☺️

[@Sanchita1501]

Great Sir ❤❤

[@sheemanitinsan7235]

Thank you so much sir ❤😍

[@sudipmondal4520]

Very nice Sir. Please provide lectures on Ring Theory.

[@entertainmentzone6838]

Obviously increased my thought process

[@RS10811]

Wow, what is an approach sir❤🙏

[@CK.shorts199]

2nd part ke liye thanks sir

[@gollaveeranjaneyulu8246]

Thank you very much sir 🙏🙏

[@naveenchandrabookreviewand3743]

Sir aap jab padate ho toh confidence aata hai

[@saubhagyaojha5841]

Awesome Lecture ❤

[@k.muralidoss3707]

I like your videos always sir

[@manjeetsihag1248]

Very nice sir

[@sumathinagarajan1937]

your only good professor sir.🙏

[@Studyforcsirnetmath]

Thanks sir 😊

[@LearnR24]

Wonderful class sir... please continue group theory

[@shrawankumarpatel2148]

Thank you so much sir you make so easy for me❤❤❤

[@entertainmentzone6838]

Thank you so much Sir for your effort

[@sudiponchowdhury2341]

Tussi great Ho ♥️

[@swathisivaraj]

30:06 , there are non abelian groups of order 12 and 30 namely D6 and D15. So by using the formula we can eliminate these two options.

[@nishajyoti5896]

दिल खुश हो जाता हैं सर आपके लेक्चर सीरी़ज देख कर hamari चिंता ही खतम हो जाती है थैंक्स सर

[@DrHarishGarg]

थैंक्स यु... ऐसे ही देखते रहे और सिखते रहे...

[@nishajyoti5896]

@@DrHarishGarg yes sir 🙏

[@Diksha-eu4tg]

Sukriya sir ji 🙏🙏

[@positivethoughts6419]

Uff and wow😊 and also in last i am so happy ❤

[@Ashishyadav-id9zb]

Thankyou sir

[@daljeet8065]

Great sir ❤

[@DrHarishGarg]

My pleasure. Kindly like and share with others...

[@mohamedazarudeen322]

Respected sir, fabulous teaching sir. Sir please explain canonical form and jordan block based questions.

[@ankitadangi1655]

Thank you so much.... waiting for next vedio ❤❤❤❤❤❤

[@P01-te8ux]

Amazing

[@sumathinagarajan1937]

thankyou verymuch sir

[@singh_p23434]

Nice, thank you sir

[@SADDAMHUSSAIN-mw3cv]

Superb..

[@DrHarishGarg]

See your comment after a long time..

[@SADDAMHUSSAIN-mw3cv]

@@DrHarishGarg Respected sir you have already uploaded lots of lectures for us .I'm learning lots of things from your that lectures.. Very thank you...

[@ummehabeeba9026]

Thank you so much sir.

[@ishadevi2071]

Thnku so much sir 😊

[@mathematicstutorial...6tht617]

Sir please upload ring theory as well as other lecture humble request sir 🙏🙏

[@charitylyngdoh8912]

Sir please make more videos on group theory and ring theory🙏

[@rajithak2606]

Make the video of irreducible problems sir

[@anshikathakur7085]

Sir as uh know our net exam is in 5-6 days i request you to make strategy video and give us tips and tricks that how to attempt paper so that we can clear it easily..

[@ishadevi2071]

Thnku so much sir

[@pujabhattacharjee2838]

Sir thank you for such a helpful video❤ .... One request sir please Ring theory and field theory ke upar bhi ak asa hi video banaiye ...😊please sir ....🙏

[@Hasnainmaths]

awesome ❤❤❤❤

[@arijitdas24]

Thank you sir please upload more ring and field theory pyq ..

[@Gurujanana]

good work

[@sudiponchowdhury2341]

Wow♥️

[@rameshl3851]

Thank you sir 👍🏼

[@sheemanitinsan7235]

You are great sir ✅💯

[@pawanverma2439]

🎉

[@sunilnagvanshi455]

WOOOW

[@SurinderSingh-oi1db]

Thank you sir ❤

[@harini7083]

Wow❤

[@rashmimalik9769]

Thanks sir

[@kungumsraj3026]

If possible explain the conjugate class equations of A4... You have directly given that help me to remember but the method i couldn't know sir ...

[@XyzBiker]

Sir no. of elements of order 3 in S6 should be 80 from the possibile partition of 6 like 1+1+1+3 and 3+3 both the case, no. Of elements of order 3 is 40 , so total number of elements should be sum of two above cases ie 80 . But if it would asked that number of 3 cycles then 40 is the correct answer, plzz noted it . Thank you😊

[@januaj5268]

Yes sir my thought process is increasing by your pyq session. Thanks you sir 😊 And in upcoming videos stickers are good I pray i meet you sir in future 🙏🏻

[@rajithak2606]

Sir please continue to teach group theory

[@namratapatil1813]

Uff-------------> wow

[@supriyarani2645]

Nice video

[@RajeeDeva]

Thank u sir ....

[@chauhanpriyanka9871]

Nice sir sir plzz part A se related bi bna Dijya kuch

[@snehasneha8634]

Sir please upload part -3 of group theory ❤❤

[@Studyforcsirnetmath]

Sir please group se related pyqs aur kraiye aur gate k liye bhi kra dijiye.

[@PriyanshiOfficial05]

Sir PGT MATHS preperation krva dijiye sir Please 🙏🙏🙏🙏🙏🙏🙏

[@mathmasti619]

Wow

[@DigitalMobile-h5z]

❤❤🎉🎉

[@basicmath4313]

Thanks sir

[@julietkokila1170]

number of conjucacy class of symmetries of square is 4 (here n is 2)

[@yousufalimondal6760]

♥♥

[@bijaykumarbhuyan2002]

❤❤❤

[@deepakgautam7062]

🙏🙏

[@jaishreeeducation7565]

❤

[@VikashSharma-ik5dl]

Group theory per or videos bana do sir …. Hardly request to you sir

[@anitakaushik-be8mo]

@ Dr hairsh garg 30:00 ye concept jo btaya h ..means unique class eqn 1+1....+1 but 12 order ka D6 gp bhi h or 30 order ka D15 to unki class eqn to 1+1+..+1 nhi hoti ..unki Dn k formula s nikl jayegi to unique class eqn by abelian gp kaise bta rhe ho ..smjh ni aya ..can u plz explain sir ..

[@snehasneha8634]

D6 and D15 are non-ablian group but the formula is true for only abelian groups.

[@vikashgupta-xw5np]

🎉