Lecture 2|Improper Integrals by Contour Integration|Theorem and examples|Theta Classes

[@arantheo8607]

Carefully written information , helpful details , in such a way that we can follow the topic , thank you Sir!

[@adityaadwivedi5953]

Best lecture for contour integral🙏

[@kuchnahee]

Gajab sir ekdam kadhak

[@kobitagulo]

This lecture helped a lot Thank You Sir!

[@spandey1456]

Kya aap bata sakti hai z= e ki power (2n+1) kaise aaya

[@srijanisallyouneed]

Keep supporting guys... We got the Greatest Video of Indian yt on Contour integration...😍🙏🏻🙏🏻 Lots of love from Kolkata

[@shreyaawasthi2002]

Very nice sir

[@brijeshverma1662]

Hii

[@harry-ho9ti]

Thanks sir for uploading. Pls upload more lectures. After long interval u HV uploaded.

[@rajankumar-ps7pg]

THANK YOU VERY MUCH SIR 🙏🙏

[@d.jbrijeshkewat6327]

Nice explain sir 😊👍

[@tends_2_infinity56]

Nyc explain sir 🙏😊

[@ShreyaSingh-hi6ob]

Best explain sir 👍

[@ahadsun1188]

KEEP UPLOADING CONTENTS SIR,YOU'RE DOING GREAATTTT

[@akuu-nish]

Sir 1/√2 quadrant (semi circle) mein kaha hai ye kaise pata chala?

[@ShubhamYadav-gu7ls]

Nice explanations 🙏🙏

[@jorgeapg]

Thanks so much! :D

[@spandey1456]

Sir z ki 4= e ki power πi ke aage z ki value (2n+1) kaise aaya samajh ni aaya. Plz help

[@shivaniupadhyay2443]

Very nice class sir ..tensor ki bhi classes chahiye ...🙏🙏

[@thetaclasses]

I will try to start tensor

[@gamerboyrocks1619]

Sir if pole lies on real axis toh kya hoga.sir toh uspe residue nhi nikalna hoga na??

[@thetaclasses]

kzbin.info/www/bejne/nJa9k4BjaadqoM0 this is a lecture you can go through this

[@Tejas-mm6tu]

12:54 Sir, zf(z) tends to 0 as Z tends to infinity. Iska proof 1st video Mai Nahi hai. First video Mai R tends to infinity hai.

[@thetaclasses]

Beta it is not z which is tending to infinity but |z| ->infinity and |z|=R is a equation of a circle

[@ranabashir9037]

Sir please upload lectures daily and starts tensor analysis

[@thetaclasses]

Ok..i will try

[@deepikakanwar8395]

Thanku sir🙏

[@asishswain1860]

Sir mathematical physics ka konsi book jisme both theory and problem easily samajh me ajaye? PlZ suggest....

[@thetaclasses]

I will suggest you Mathematical Methods in Physical Science by mary boas

[@mathematica2766]

x to the power 6 hain 2 residue same hi hoga kya plese reply

[@thetaclasses]

if we have x to the power of 6 in denominator of the integrand so first find out roots and locate it on the argand plane and then check which poles lie inside closed contour and then find find corresponding residue

[@Dollygehan012]

sir the result lim R --> to infitiy zf(z)=0 then lim R tens to inf. f(z) =0 , is this result jordan lemma ?

[@thetaclasses]

No this result is different from jordan lemma

[@wincric112]

Lec 1?

[@thetaclasses]

kzbin.info/www/bejne/i4Omg36Pl6iKbLc

[@Schizophrenic176]

It is my exam on 26th and one of the question is bound to come .

[@thetaclasses]

all the best and I wish you score very well

[@dheerajtiwari3245]

Course completion time >>2years

[@saurabhnath441]

Cos 90+theta=sine theta

[@mathematica2766]

x to the power 6 rahega 2 kya kro

[@kaushalsahu4598]

Sir theorem ko kaise padhe padhane ke bad bhul jata hu

[@thetaclasses]

Sabse phele theorem ki statement ko samjho...try to focus on each and every line of it...agar koi theorem na samj aa rhe ho then ...let me know

[@saurabhnath441]

Watch in 2x

[@harry-ho9ti]

Sir can u pls send ur mail id.I ll send our university tensor analysis and group theory syllabus. Pls keep my request sir.

[@thetaclasses]

from which university you are studying

[@harry-ho9ti]

@@thetaclasses Berhampur University, Odisha

[@harry-ho9ti]

@@thetaclasses okay sir

[@erickjuma3820]

You teaching the world so use English somehow

[@thetaclasses]

Ok from next lecture I will try to use English also