Complex Analysis #6 (M.Imp.) | Milne Thomson Method | Construction of Analytic Function

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Dear Students.... I forgot - (Minus) sign at time 17:41. Please correct it

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This Videos lecture will cover
1. Understanding Construction of Analytic Functions by using Milne Thomson Method.
2. Solving to Numerical Problems to find Analytic Function f(z) and Real Part u for a given Imaginary Part v.

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9. Fourier Series & Transform
10. Probability
11. Complex Analysis

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Dear Students.... I forgot - (Minus) sign at time 17:41. Please correct it

MathComMentors

17:41 i think, there must be negative segn

aryankelwa

Who the hell is disliking this videos .If you don't want to study it ok but hit the dislike button is not good if you can't appreciate sir's work please don't demotivate him. He is a very good person and teacher . Sir we are here for you and your way of teaching is really nice .

GodD.Immortal

Better than institution teachers great Explaination 👍👍

programmertik

At 10:22 why did c got removed from the equation

tejaspandey

Thank you so much sir
Sir Alan bahoot accha samjhate hai🤗

uvaiskhan

Please koi dislike mat karo Yaar itna achha to padhate hain sir please Yaar🙏🙏🙏🙏🙏🙏🙏🙏

niklassuman

You are amazing sir... Thanks and love you... Upload some lectures for complex algebra, bessel and Legendre functions

wormhole_way_towards_future

Net preparation ki class kariye na sir ...🙏🙏🥺🥺

julie

Thanks so much for providing easy lectures

engineerstruefacts

Thank u so much sir i have watched all online lecture of complex analysis

fazilkhan

Q13 ka ans u = y/(x^2+y^2) aa raha hai sir

JustFocus-vh

Thanks sir
Aise hi video upload krte rhiye

munirajrai

sir aap padane ke sath sath imp q. bhi mast dete h jisse hame easy hota h but sir jo q. ka pdf hota h usme ho sake to ans bhi de...future me💙🥰

Rajfekar

Very very thank you Your videos on analytic helpedme a lot.... Thank you so much 🙏

siddharthashukla

For the first example. Where is c when you determine the real part?

shuflee

Sir, but how to convert a complex function f(x, y) into F(z), so that z=x+ i y, and f(x, y) = F(z) ?

syedmdabid

Sir pls complete this series before 14 april sir becoz exam on 15 april

ramehhooyex

Sir is MT method applicable in all questions or proplems

pardeepsbhutyal

sir ye chapter kab tk complete ho jaega?

NamanPaliwal

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