Cauchy’s Integral Formula (Complex Analysis)

[@wahidgujjarwahidgujjar9275]

Appp great teacher hn many many respect from Pakistan

[@apnihunar7122]

Thank you mam, your teaching style is osm❤

[@raktimdas1642]

Mam your teaching style is very Unique . Every concept is clear. Love from Bangladesh ❤❤❤

[@SonaliSinghh]

Thank you

[@Crazy72776]

U and your knowledge both u awesome 😉

[@awaisbhatti5002]

mam your method of teaching is so good plz keep it up

[@fighter44777]

Ma'am you are life saver

[@KuldeepKumar-ly4wv]

Mam bhut hi acha .. very good 👍👍

[@maheshvishwakarma3281]

Mera dought z-a ka is lecture me clear hua thank you so...much mam

[@suku4946]

Mam you are the best teacher❤️

[@nareshkumar-qo5nn]

Very nice explanation madam ji

[@imukesh_18]

Lucid explanation ❤️ A million thanks didi ...

[@muhammadmudassar8802]

Good job yrrrr... really hard work ......❤️❤️

[@kishangupta9800]

Mam thanks for one one steps understanding 👍👍🙏

[@Abhishekkumar-dy2cb]

Very nice lectures.. So excellent.. I am students of B.sc 3rd year.Your lecture is very helpful thank you mam...

[@fazilkhan]

Very nice teaching mam 👏😊 Thank you so much mam No doubt

[@SonaliSinghh]

Thank u fazil

[@motiveacademy6688]

kzbin.info/www/bejne/npCXlHdujryhb6M

[@saumyayadav9971]

Thank you so much

[@Sachin-nf6ie]

You're the best

[@MohammedRaaz-ld4uv]

nice lecture ma'am.......excellent

[@SonaliSinghh]

Thank u beta

[@meetparimal1996]

i like u maam

[@maheshvishwakarma3281]

Once again thank you so much mam

[@suku4946]

Ache se samajh agaya

[@mujtabayasirarfat7861]

Very nice 👍mam

[@vishalkumarverma7034]

Ma'am.... very good lecture 😊

[@SonaliSinghh]

Thank u vishal

[@motiveacademy6688]

kzbin.info/www/bejne/npCXlHdujryhb6M

[@kshitijkale7042]

Madam , @ 1:05 ur saying that f(z) is not analytic at z=a , but actually the theorem statement is different.The hypothesis of theorem is that f(z) is analytic at all points on and within the closed contour (including z=a ) . Actually the function f(z)/(z-a) is not analytic at z=a but f(z) is very much analytic at z=a.

[@017beautykumari5]

Ma'am please make a video on cauchys -goursat theorem

[@SonaliSinghh]

Sure! Will make it as soon as possible beta

[@santoshkumar-pj3ee]

Nice mam

[@banarsikurrey431]

Thank you so much mam🙏🙏🙏👌💓

[@fazalsubhan5379]

Very helpful for me 🙂

[@shrutishivhare1697]

Thankyou 🙏

[@sknissan786]

Mam.. Make a video about branch cut branch point... Plz mam.. As early as possible

[@dumeshmeher9291]

Nice

[@sknissan786]

Madam... Make a speech about branch cut, brach point... Plz mam plz

[@nuralfikhhussain4]

Thanks u mam❤🎉

[@deepakbidla992]

Mera paper tha aaj ye theorem aai thi aaj madam

[@SonaliSinghh]

Okay

[@natureisbest7890]

Nice 👍 medam

[@techwithsanchit]

Aap mjpru me teacher ho ????

[@017beautykumari5]

Please ma'am aap cauchy-goursat theorem ka video daaliye na. Aaj hi please

[@shamk1064]

X2 d2y/dx2 - 3xdy/dx +y= logx sin(logx)+1/x . Pls di ye qus mere ko bata do🙏

[@m_tahseen]

At 12:00 you r wrong .. f(z) is analytic everywhere on and within C including the point a. It's phi(z) which is not analytic at a.

[@nikhil32478]

Yes u are right Phi(z) is analytic in the region bounded by curve C and circle gamma And she said f(z) accidentally she is so talented

[@shreyajaiswal7104]

pls..make a video on vector space

[@SonaliSinghh]

Okay

[@raghvendraraikwar5837]

Please man no.sand kar do

[@tapasdas4492]

Taylor's expansion

[@SonaliSinghh]

kzbin.info/www/bejne/fmjRpGyZjc-lnas

[@viralofficial73]

Thoda slow aur hindi me samjhaiye basic se

[@vikashdevsingh1527]

Good mam Jrs exam kaise niklega) :7084598634