Proof of Leibnitz's Test for Convergence of an Alternating Series | Real Analysis | MA CLASSES

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I am from Bangladesh... Best theorem class... 😍😍😍❤️❤️

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Theorem itna easy bhi explain honskta h aapke video sebpta chla shukriya sir😊😊.....

[@Tabla_Wala_Vibes]

Kya samjhate hai sir.....mja aa gya🎉

[@ranaganapathi8985]

One thing is not understand at the time of 20:47 you write that u(n+1) >=u(n)
Then how u(2) - u(3) and u(4)-u(5) ..... Are positive?

[@MACLASSES]

In Statement u(n+1)=u(n) by mistake. Please see statement

[@yogirabindranath2287]

Thanks you so much sir ❤️❤️❤️❤️❤️

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Tq so much Sir😊🙏

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Really talented you sir God bless you

[@creativestudy2020]

The way of teaching is very fine sir and every person can understand your lectures. Thank u sir for this video

[@mdirshad9565]

Very good explanation

[@kpoli7494]

Thank you sirr, also appreciate your effort...

[@revatikalal5630]

I am from Karnataka sir your teaching very well tq

[@sunnysharma.27]

Sir when you take sub sequence s2n at that time why odd terms are postive i guess the whole sub sequence will be negative

[@surendrakumar-mi1wp]

Very nice 👍 sir ji ❤❤

[@ayanpaul7810]

Mind-blowing sir you are best❤❤❤❤❤

[@sunnysharma.27]

At 20:27 Un >= Un+1 sir means this

[@UAITY]

1st term second term ke equal or greater hoga but less. Than second term nhi hOga

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What's procedure?

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First of all download our APP from play store. Then you can by course and made payment through credit card only.

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Sir where can i get this pdf

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In our App MA Classes. You can download from Play Store

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Statistics; topics for b.sc -part1

[@mehaknaaz611]

🎉🎉 Super sir

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Thank you so much ❤️. Please share video

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Offline bhi kar sakta hai.

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Thnxxx Soo much sir🥺🥺🥰🥰🥰

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Sir Semester 2 ka offline class kab starts Ho raha hai

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Start ho gaya hai.

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Thankyou sir u made it easy ♥️♥️♥️

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Thank you sir 🙏

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All topics pe video bnaiye sir

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👌👌👌👌👌👌 superrrrr

[@MACLASSES]

Thanks

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Thank u so much sir this video is very helpful

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Thank you sir✨️

[@withpnped]

Very easy way for teaching.
Thanks a lot.

[@disuntagedela7504]

Good explain

[@SakshamSagar-ss5fe]

Awesome 👍

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Thank you sir

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Superb👌👌👌👌👌

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Thank you so much

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Thank you❤

[@Ayushkesarwani0597]

Pahla full proof video dekha hu aaj

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Sir please continue statistics series videos

[@ishitabazzad9336]

Very very Thank you sir .........best explanation 👌

[@darmusadiq1157]

Thnks..sir♥️

[@ranaganapathi8985]

Plz respond my question, if my question is right or wrong

[@anushdeo6150]

There is a mistake sir what you told 2 times that u(n+1)>=un .but actually u(n+1)

[@waseemhussain8097]

Mashallah sir

[@KomalPatel-my8ws]

Check weather the following series are absolutely convergent or conditionally convergent or divergent.
(a)1-(1/1!)+(1+2!)-(1/3!)+......
(b)1-(1/3)+(1/5)-(1/7)+.....
(c)(1/2)-(2/3)+(3/4)-(4/5)+.....
(d)1-1+(1/2)-(1/2)+(1/3)-(1/3)+.....
(e)1-(1/2)+(1/2)-(1/2²)+(1/3)-(1/2³) +(1/4)-(1/2⁴)+....
Sir please 🙏🙏🙏 give this answer...

[@Fodyboy]

First absolute cgt hoga

[@Fodyboy]

Second not absolutely cgt

[@Fodyboy]

Third not absolute cgt

[@mathwithmannu]

Tq very much sir

[@sumitrakhilla928]

Tq so much sir

[@kalamkavi7866]

Thank u sir