Cantor ternary Set | Cantor Set | Countability of Sets | Real Analysis : lec-06

[@reubenemmanuel3287]

One of the best explanation of Cantor set I've ever experienced till date.

[@jayashukla8629]

Your teaching way are extremely good sir continue this series please sir

[@astutideep9152]

Completely agree. Sir kindly cover all the topics of real analysis. You really made me visualize the cantor's set. Glad to see this lecture sir.

[@itssportschannel3414]

" Bahut hi kamaal ka conclusion hai ye bahut hi kamaal ka " 😊😍✌️✌️🙏

[@sanayakushwaha2902]

sir please real analysis ke saare lectures leke aaiye....aapne bahut awesome way me smjhaya he.....superb lecture sir

[@factsandmotivation642]

Best se uper wala teaching sir.... Love ❤from odisha

[@DeepakSaini-lg1qe]

Thank you very much sir🌷🌷 Aap jese padhate h mene kisi bhi teacher ko nhi dekha itne simple or patience k sath or deeply bhi thanks a lot again🌺

[@LadliyadavLado-pj8lh]

App bhut accha pdhate h pls continue app k teaching se bhut baccho ki help ho skti h

[@sinamsanjoy6484]

Perfect explanation...God bless you

[@rptt620]

Ye banda kamal ka teacher hai bhaio

[@anjalimaurya8849]

Sir ❤ u are a awesome teacher 👍 Thank u so much sir for this series😊 I want to become a mathematics professor So sir u didn't only taught the chapter u also taught me how to teach so that the student fall in love with the topic . I will try my best so that I can make the topic easier to understand for students

[@vijaysinghchauhan7079]

Gajab ki teaching skills hai. Dukh ki baat hai ki videos upload karna band kardiya hai sirne.

[@ragnitripathi8641]

Thank u so mch sir , best explanation, this is my first class u r the best teacher sir😇😇😇

[@krishnasingh7294]

Shandar explain very simply and smoothly..... 🙏🙏Thanku sir

[@ABDULALIM-st5xb]

Sir apka video bohut helpful for CSIR NET❤

[@Matsya_care]

Sir bahut achha tareeka hai padhane ka...aapka👌

[@shivaniyadav5516]

Very very neat and clean way of teaching sir

[@Himanshusingh-hd5et]

Sir, your way of explaining is very good, you are doing a great job, thanks sir

[@anjulkumar8808]

Extremely satisfying explanation

[@vinaykumar-pr7rt]

Bahut hi sundar method samjhane ka sir

[@VirendraYadav-mn9oh]

Super se bhi upar guru ji ❤🙏

[@naikyasir2871]

Thanks sir your art of teaching is amazing ,❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️

[@md.shakeelquantumlecturese8139]

Great sir kmaal krdiya....ap ne...👍👍👍👍👍🍓

[@narukaji6808]

Wow 😲😳😲 sir you are great.

[@tamin372]

wonderful explanation of Cantor ternary set.....Thank you soooooooo much❤❤❤❤

[@indrajitmazumder1724]

I just love your classes. Thank you for sharing your knowledge with us.

[@subhasdh2446]

Thank you sir. I followed the whole Playlist of real analysisand it was so good. I was on KZbin looking for some lectures by some professor of MIT or Yale or Stanford. I came across a video by ignited minds, watched it, liked it and started following the lecture series. I didn't look out for anything else. Tussi great ho.

[@praveenpatidar2540]

Bhot Sai raha sir lecture 💯💯👌👌

[@helpmesir]

Thanks sir ☺️ for making this lovely series.

[@praveenkumarbrathod7299]

Very very nice explanation and representation sir thank you very much sir and we are eagerly waiting for next classes 🌹🌹🌹

[@taranisenpradhani7217]

Excellent explanation, Thank you sir

[@manjumishra3358]

Your teaching way is very fantastic sir real analysis ke aur topic per video banaye sir pls👌👌👌👌

[@ravishankaroraon1853]

Maja aa gya sir😍😍 Thank you so much.

[@ManjuSetia-rq4il]

Great sir thanku easy explanation

[@lv6515]

Bahut accha explane karte ho aap..👌..sir

[@muskanbairwa31]

Thank you so much sir for this explanation 🙏 your teaching method is very nice and easy.💫💯🔥

[@kantaprasadsinha8025]

Thank you, last sentence means each part is a set which is union of set (0,1)

[@Explore_creative_world]

Thanks sir very helpful series 🙏

[@tejramsahu8981]

Bhut shandaar sir ji 🙏🙏🙏

[@kanchansharma1675]

satisfactory explanation

[@comingsoon770]

itna achha to delhi wali institute me v explain nhi hoti

[@nehawadhwa6320]

Very nicely explained 😊

[@BasantVerma87576]

your teaching style is very good. Moreove r,,,it become easy to make personal notes from your whiteboard . [17May 2022 ] IGNOU STUDENT

[@VijaySingh-cw7rz]

That's why Mathematics is magic....

[@ABDULALIM-st5xb]

Outstanding sir❤️❤️❤️, thank you so much sir

[@orientcolleges8683]

Simply outstanding lecture

[@anishamaharia1751]

Thank you sir..ur explanation way is outstanding 👍

[@smileyp6100]

Supeb explanation in all vdos..👌🤗

[@nandhinisivakumar7253]

Keep doing sir. Please make a playlist on real analysis topics for CSIR-NET mathematics sir.Your videos are very helpful to me for preparing CSIR-NET sir.Thanks a lot. Waiting for next topic sequences and series on real analysis sir...

[@nandhinisivakumar7253]

Sir when will you upload the topic, sequence and series on real analysis?

[@nikitamishra4708]

I agree 💯

[@sathimandal6273]

Excellent Performance. I have never found such a glorious concept.

[@adrop7120]

Thank you sir * canter set 's lenth 0 , as it contains no interval.

[@komaltiwarii22]

Very nice explanation sir 😊 Thanquu soo much sir 🙏🙏

[@bandagi9]

best video sr ji .. Tq

[@divyacgowda8443]

Session was super

[@biswambarpanda4468]

Beautiful sir..

[@deepakjangra501]

Super explanation❤️ thank you sir🤗

[@deenabatool7290]

u r great sir ur lacturs are very useful thaank u soo muchh

[@navneetkumarkumar7393]

M apke video series dekta hu because i am your student

[@mathlogic3997]

Wow interesting

[@shivanisaini4567]

Nyc explaination 👍 sir

[@divyasoni8796]

I like your explanation 😊👍

[@veersingh3688]

Thank you so much sir Sir please real analysis complete kra dijiye. Nice explanation

[@JasbirKaur-vq7iy]

Great lecture sir 🙏🙏🙏👍

[@vijisrinivasan448]

Super explanation sir

[@ummarumana5364]

Very easy explanation..... so comfortable lectures Sir. Plz make videos on Rolle's Theorm, Mean Value Theorem, Taylor's theorem with Lagrange's and Cauchy's form of remainder, Taylor's series, Maclaurin series, Maxima and Minima........ Plz.. Sir. ..

[@ignitedminds2147]

Already uploaded videos of most of the topics

[@Siya-zp8ik]

Best👍❣️

[@rajgoutam5691]

Awesome guruji

[@sonuolla1625]

niceeeee sir jii thanksss

[@sonuolla1625]

woww......

[@yamunadatt825]

Excellent sir 👌👌👌

[@dearmaths1857]

Excellent sir

[@annakumardas6211]

Very nice.

[@digvijaysingh9982]

Keep up the good work❤❤❤❤

[@shushantsingh4417]

Thank you for learn and share

[@exploreyourself6002]

Beautiful representation

[@ajaykumarntk]

Thanks a lot ,sir

[@udaysingh2080]

Good job sir ji

[@MOTIVATIONAL.LINE.759]

Thank you sir.

[@kittuji3025]

keep doing sir..........

[@srikant_naik]

Thank you so much ❤😊

[@rudrakishore2840]

Jai Shree Mata Ji Om Namah Shivai

[@varshaprajapati3968]

Thnku so much sir...🙏

[@abdullahkarim9131]

Hi sir I need a little bit help... Kindly tell India m maths ki lecturership k lia jo competitive mcqs exams hoty Wo kahan sy mil skty...?? Past papers... Plz sir reply

[@beautifulstatus8369]

Thanks sir

[@shwethanarayantn4405]

Thank u sooo much sir

[@mohammedomer7040]

sir thanks you so much

[@farouqahmad2241]

Plz sir give some lectures about partition of set

[@areenabhat8554]

Sir, please give an example of the Stienhuass theorem.

[@Jain2002p]

Sir please make some videos on metric spaces

[@KKPal-iitk]

Sir please make a video on bernstein theorem

[@manshipatel1845]

Tq sir ❤😊

[@kmrrameezkhaliq2572]

Amazing

[@syedfaizan5841]

Thanks a lot sir 💖 sir please make videos on measure theory

[@beautifulstatus8369]

Okk sir questions discuss krwa dijiyega

[@KhanAtheist]

Dear sir, kindly provide questions and exercises on countability of sets and set topology

[@Bansal102]

Thanku sir😊

[@captainstreamer3261]

is limit point set of cantor ternary set is null set ??? Sir Please Reply

[@shrutishivhare1697]

Sir, Kya aap csir net maths ki apart from KZbin, classes lete hain ??

[@soniasharma5141]

1/3 occcurs in cantor's ternary set it's presentation is 0.1 , 1 is contained in L

[@shabanashaikh2262]

Please sir Make a video on measure theoty

[@creative_galaxy490]

Sir can u plz make a video on dedekind's form of completeness property

[@rudrakishore2840]

Nice