Uniform Convergence | Series of Functions | Weierstrass M Test | Real Analysis

[@deendayalmishra3929]

OPTIONS A UNIFORM CONVERGENCE

[@iknowashad]

In just 2 seconds

[@swatiamde321]

You have cleared my all doubts related this chapter👌👍😷

[@dronamrajuchandarshi9758]

Ans A thank you so much for this class sir

[@pragyasahrawat5643]

uniformly convergent
sir ur class is greatt

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sir ap asy he speed sy prhya kry mzaa ata ha mind jaldi sy kaam krta ha

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Wow sir aap jaisa acha math ka video koi nhi banana he carry on sir u r 👍 great

[@star-cm2ei]

15:52 uniform convergence

[@divyasingh7889]

Option a is correct ... Thanku so much sir 🙏

[@favicon2978]

Awesome and fabulous explanation sir. Thanks aaaa lot 🙏

[@SKREJAULHASSAN]

Thank you so much sir...

[@rayhansarkar3317]

Sir more solutions (Difficult prblm) upload on real analysis, 🙏🙏🙏

[@shashisemwal]

Very nice session 👌

[@Suresh32123]

Thank you sir ♥️🙏🏻♥️

[@priyarawat2323]

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[@omkar1070]

Thank you very much sir ❤❤❤

[@manrajdeewana3928]

Uniformly convergence by p-test(p=2)

[@aniketdeswal7932]

bhdve 4 le leta mc ka bcha

[@mathamaticemathamatice8520]

Sir mughe serie bhuuut problem aati h nice video sir thank you so much sir 🙏🙏🙏🙏😍

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Thank you so much sir..... Ur a lifesaver.....

[@humarao7805]

You are great sir....from Pakistan

[@rohiniyadav3455]

Awesome classes sir

[@Laugh0019line]

I watching this video for project of series of function presentation

[@Parth_shukla01]

King of mathematics
Respected sir
Ur voice remembers my pre days

[@aamirjamal7659]

Love ❤ from Bihar

[@abhishektiwari8374]

Sir ye jo last series me aapne kaha ki 1/n se compare kare i think we should rather compare with 1/n^2 since the series if it didn't had an x would converge as a function of i/m^2 rather than 1/n and since it will be greater than 1/m^2 we can say if n is positive it will be convergent kyunki rieman zeta function se match kr rha hai uska series

[@MrShonki001]

Sir I love your videos...Pahli baar itne salo me mujhe aapke video ki vjh se math samajh aa rhi h halanki m hindi medium se hu pr eakdam poora or bahut achha smjh aa rha h thanks sir....

[@dreamp.v.c.2216]

Answer-option A is right Sir 🙏

[@shivanigusain5699]

Uniform convergence 1/1+n²

[@divinechants1243]

The last series is Uniformly convergent as (1/(1+n^2 + n^4 x^2)) is less than equal to 1/n^2. As summation 1/n^2 is convergent so this series is convergent by Weierstrass M test

[@dipayansarkar5486]

uniformly convergent
great classes sir

[@hansrajverma1123]

Ans. A right option sir.

[@dahiya9041]

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[@dahiya9041]

Sir please reply 🤌🤌.....

[@roudraghoshal7708]

Uniformly convergent, 4secs

[@MrSanjuBarman]

❤️❤️❤️ U sir nice Explanation ❤️☺️

[@arnavlearningandgamingchan7630]

Thankyou so much sir 🌺, the correct answer is option a, uniformly convergent 😊

[@priyaverma3247]

Option A, uniformly convergent

[@creationsonu8422]

Love you sir

[@riturathi6956]

Ans . A option is right 👍

[@pratimapatel8312]

According to P test....we will take 1/n2 so this is a convergent so it is a uniformaly convergent the series

[@rohiniyadav3455]

My all doubts are clear

[@Anqu549]

Thanks sir 💑

[@swatiamde321]

🙏Thank you

[@MANISHKUMAR-or5dk]

Sir discrete mathematics ke topics par video

[@sarkarsrijan]

Sir, we want another chapter from 3D Geometry, that is Ellipsoid

[@Dearbhanusir]

Please tell me anyone ..pointwise convergence of sequence bhi hota hai kya

[@natulligaming8548]

Option (A) is ✅

[@creationsonu8422]

Thanks sir

[@humarao7805]

Nice sir

[@mathzone4893]

uniformly convergent

[@SUBRATADAS-fb5jn]

x^2 >= 0
n^4x^2 >= 0
1+x^2+n^4x^2 >= 1+x^2
| 1/(1+x^2+n^4x^2) |

[@harman1239]

There is n^2 in the palace of x^2, in the 2nd line

[@EnglishwithAjayraj]

1/1+x^2 k jgh par 1/n^2 hona chahiye

[@soulfulmk1500]

bhai jo mn leni h vo x se independent honi chahiye yaha mn 1/nkipower 4 hoga shayad isliye ye series converge uniformly

[@harman1239]

@@soulfulmk1500 n Ki power greater than 1 Kush bhi rakhlo by P-test it's convergent and correspondingly equality term Will be convergent uniformly so that's why not perhaps 4 there must be a 2 instead of 4 according to Ques.

[@KuldeepkumaR-wu8kz]

@@harman1239 👍👍👍👍👍👍

[@abdulrehmantahseen8967]

Sir aap sequence of function k liye b weierstrass m test ky liye upload kr dy plz

[@roshangupta7873]

Answer -A

[@saumya8031]

The condition of uniform convergence of a series of functions defined on a subset of it is
a necessary condition for term by term integration of the series.
a sufficient condition for term by term integration of the series.
a necessary and sufficient condition for term by term integration of series.
None of these

[@saumya8031]

Which one is correct

[@lovedancing4670]

Uniformly convergent.

[@a2motivationfanclub573]

Option B

[@A.k.vlogs.958]

Option A uniform convergence

[@MANISHKUMAR-or5dk]

Sir discrete mathematics ke topics

[@umeshtanu179nautiyal9]

Sir 1/n cube smjh ni aya kese comapre kiya 1/n cube se

[@chetnalathwal913]

A...uniform convergent

[@kiranmurge4278]

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[@uppaldas7291]

Uniformly Convergent

[@pcmpcm3701]

Sir fluid and mechanics kara digiye

[@Technkaadda]

10 sec uniformly convergent

[@dharmendrasinghazadhindust7186]

What do you mean by Itab? Nice sir

[@editor-family]

❤❤❤❤

[@mantashaquraishi1267]

Uniformly convergent

[@PBhatra7370]

Uniformly cgt sir

[@highermathseducation8831]

Uniformly convergence

[@CLASSYDECORMOM]

Uniformly convergent same as exmpl. 1 in this video

[@Crucialfact]

Thnku sir but plzz sir first complete mechanics

[@deveshsingh5351]

Sir app deepak se achha padate ho

[@SKREJAULHASSAN]

1 sec... Sir

[@bimaldeep3364]

Ans.a

[@advicenotorder6549]

Uniformly convergence,,, 1 sec

[@rahulpuri2279]

Option A

[@MuhammadTayyab-yq5tl]

Uniform convergent

[@_Abhishekkumar-pm4tk]

Uniformly convergent 1 seconds

[@jyotideshwal591]

Kya yhi mn test b h

[@Mathmystery2.0]

Its not Mn test the previous video is all about Mn test , bas fn(X) and f(X) nikalne ka process lim n tends to infinite leke o match karta hai Mn main v thoda thoda aisa hai ..

[@somethingspecial9446]

Uc

[@vertexclasses6595]

Uniform convergence

[@CollegeVlog07]

A

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❤️❤️❤️❤️

[@aman_017]

a

[@deepakkathayat223]

uc

[@parmeshwar288]

UC

[@rayhansarkar3317]

🥰🥰🥰🥰

[@kaustavchatterjee4220]

Uniform convergent hoga sir

[@mohityadav-bw7ob]

Uniform convergent 5 second me ho Gaya

[@lovely8970]

Bu

[@MrSanjuBarman]

1st view

[@NeetuSingh-mh6wp]

Uniform convergent hai

[@Yogesh_Poonia_0]

बिल्कुल भी समझ कोणी आयो 🙏

[@divyam9541]

Kitna bekar teacher ha

[@soniarani4831]

Thankyou sir

[@prahladsahu6325]

Thank you ☺️ Sir 🙏🏻🙏🏻

[@privendrayadav8961]

Nice sir

[@nahidasultana8979]

Thank you sir

[@shabirparray17]

Uniformly convergent

[@mukulkumarkumar1400]

Option A