Every convergent sequence is bounded | Proof | Real analysis | sequence and series | Real sequence

[@ayushaggarwal906]

Better than my IIT Delhi professer ngl.

[@OMGMaths]

Thank you so much 😊 Please share with others

[@Totrekk]

Mam your explanation is better than my all maths professor and teacher's thank you so much mam 😊

[@OMGMaths]

Thank You 🙏 If you're finding my math lessons helpful and engaging, I kindly request you to share them with your fellow students, classmates, and anyone who could benefit from a little mathematical magic. Together, let's make learning math a fun and exciting journey!

[@sachinonstudy]

Hey Are you also a Maths Hons. STUDENT?

[@munnaahmed5071]

Thank you so much.Your explanation is very good. so nice.

[@OMGMaths]

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[@unknown-zv2qg]

In our clg only half knowledge is given . But mam u made the concept crystal clear ❤️😍

[@OMGMaths]

It's my pleasure 😊 Subscribe kzbin.info and press 🔔 for notifications. Please Keep Watching and Share with others.

[@himanshusingh8106]

U r great pedagogue ❤❤❤❤❤❤❤

[@OMGMaths]

Thank You 🙏 If you're finding my math lessons helpful and engaging, I kindly request you to share them with your fellow students, classmates, and anyone who could benefit from a little mathematical magic. Together, let's make learning math a fun and exciting journey!

[@ayshakhan647]

Defined much clearly

[@OMGMaths]

Glad it was helpful 😊 I am trying my best to upload more videos asap.. Subscribe kzbin.info and press 🔔 for notifications. Please Keep Watching and Share with others.

[@munnaahmed5071]

Thanks

[@laxmikantachinda3400]

thank you ma'am 😊😊

[@aksh4017]

Thank you mam 💗 love you 💝

[@OMGMaths]

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[@mixvideo4633]

Real sequence

[@abhinandanjain2399]

Thank you so much mam

[@krishnadomala2969]

Good explanation mam

[@pankajkumargupta5172]

Thankyou so much mam❤️❤️...very helpful video..mam pls make a video on complex number

[@bhatbisma5212]

Hello mam Like we proved for upper bound in finite case.. hasn't we prove it for bdd below so seq will be bdd in finite case?????

[@abhinashtalukdar7459]

Mam agar online couching karogei toh batao? Kia mast padhaya

[@laxmimaloth617]

Nice video madam

[@OMGMaths]

Glad it was helpful

[@Akashbsr113]

Goodjob

[@OMGMaths]

Thank you 😊

[@devashishthakkar6723]

Mam can any element of sequence be infinite or tend to ♾

[@VIJAYDHANUS79]

Thanku ma'am 🙏🙏

[@OMGMaths]

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[@jayeshverma6755]

thanks mam

[@OMGMaths]

Keep watching… please share with others.

[@gautamiwankhede6357]

maam please provide the pdf link

[@rahul-b4q]

Mam 'm' exactly h kya?

[@cloudhuang6691]

Excuse me madam, isn't there any possibility that a convergent sequence "blows up" divergently in some of the first "m-1" terms so that makes the sequence unbounded?

[@cloudhuang6691]

For example, name a sequence being like this:1, 2, 3, infinity, 4, 4, 4, 4, 4......and so forth. Isn't this sequence convergent (converges to 4) but unbounded madam?

[@YogitaBorss-gx3uf]

Mode of l kai he

[@bushraashiq8457]

ma'am if I send you my book question will you please help me to solve these questions or make a video.

[@swatiamde321]

max value ka thoda problem hai plz help me

[@ssclasses18]

Ma'am pdf open nahi ho raha hai

[@OMGMaths]

I can open this. Please check again.

[@ssclasses18]

@@OMGMaths thank you ma'am

[@yashasvisharma032]

Esa Sol. Book m to nhi h

[@Mohsinkhan-ic3ht]

Mam here M represent what plzz

[@nishkarsharora7482]

Max of all terms

[@mixvideo4633]

Mem i want some nots of real analysis If you have in pdf please send me

[@OMGMaths]

You can find "Real Sequence" handwritten notes in description box of video

[@mixvideo4633]

@@OMGMaths thank you madam 🌹🌹

[@bushraashiq8457]

ma'am will you please tell how xn=n is unbounded.

[@OMGMaths]

if n is natural number then it will be unbounded.

[@bushraashiq8457]

@@OMGMaths okay.

[@Ankitkumar-yc4cr]

Prove tha Every uniformly convergent sequence of bounded function is uniformly bounded . Please prove this theorem...