problem on taylor's series in complex analysis|problem on laurent series|Theta Classes

[@JyotiMaurya-s4r]

Is question ko mai 2 dino se samjhne ki koshish kr rhi thi finally mujhe apka vdo dekh kr bhut ache se samjh a gya ....😊

[@user-goswami1234]

Hanjjiii😊

[@soruabhsingh6650]

Kal mera exam h... Ur Ye qustn muje ni aata tha lekin sir jb apki ye vedio dekhi... Truely ache se smjh agaya thank u so much sir.. 😊

[@bittuprasad2580]

Khatarnak bhai chota sa maddat mila tumhaare vedio se lekin bhot bda doubt clear kiye ho

[@janjyotiojah2421]

by far the best video on laurent's series. aaj subah exam hai aur mei abhi yeh dekh ke samajh gaya kaise solve karte hai yeh series. thank you so much sir for this easy and excellent explanation.

[@thetaclasses]

Wish you all the best

[@mohitsaini3458]

Bord is small but
Guruji is great 👌👌👌

[@selvamv7385]

Next month i have exam , I have confuse about that topic, after seeing your video, my confusion clear. Thank you so much for your wonderful explanation sir

[@ToonDubberDuo]

Thisss was best sir!! The circle diagrams made it so so much easy to understand!!!!

[@mdfirozalam2414]

Nice explanation and u make this so easy ... thank you sir ❣️

[@loveyourjourney007]

Very well explained sir

[@guru_editor_12]

Ims ??

[@trendein]

Best explanation evet❤

[@sanatanisena3033]

dhanyawad sir ji aapke diye hue gyan se apun btech 1st year pass ho jaunga

[@the.artofgallery]

Sir aap kha the 😭😭aapne to bhut acha smjha diya kl mera exam hai thank you sir❤

[@gnquince]

Excellent for quick revision

[@priyanshu833]

Nice explanation sir really😍😍

[@luxmibabykitchen1392]

Awesome concept sir

[@SimmyRana-dz5hk]

Great explanation 👌

[@ankitmishra697]

Thank you thank you...... Thank you so much sir 🤗
I will be solve such a this type of question now... 🥳

[@akisharma8660]

Awsm video ✌️

[@guru_editor_12]

Sir isme or example dalo sir jaise aktu ke previous year ke ques maths-2 ke kyuki hme divided or partial fraction mai problem aa rhe hai per aapke iss video ko dekh kar satisfied ho gya hu thanku ♥️🙏🏻😊

[@thetaclasses]

okay i will try to add more example on this

[@laks-v3m]

thank you Sir for clearing my doubt

[@laks-v3m]

You deserve more than 110,000,000 subscribers

[@thetaclasses]

Thank you so much for your wish

[@himanshugangwar562]

Well explanation. Thank you sir

[@aasifsvlog373]

Excellent way sir 👍👍

[@KAJALSINGH-gc8st]

Very nice expression sir 👍👍💯

[@CMMEENA45]

What's explanation 😊😊😊

[@mrigulsharma5682]

Thanku sir great vid 🙏

[@skypictures9996]

Very very very very great❤❤

[@smrutishikha_]

Thanks sir😊

[@abdulshakoor6744]

Bohot badhiya

[@rajitaburiya4155]

Thank you so much sir for wonderful explanation 😊😊

[@MasterSandeepSingh]

Oh thanku sir now i understood that how can we choose|z|

[@lokesh4450]

Sir 1- ke baad bracet lga dijiye
🎉first step me

[@Complete501]

mujhe to starting ka hi nhi samjha age kaha jau..
Woh term ko upar ko niche wale se divide kyu kiye aur partial fraction kaise agaya..

[@vijaydwivedi3889]

👏👏👏👏👏👏👏

[@MukeshVerma-je3if]

Yes

[@jsjdj7478]

Sir aapne jo function ko divide karke simplify kar liya waesa na kare aur upar z^2 - 1 ko rahne de toh f(z)= 3/(z+2) - 8/(z+3) aa rha hain.. toh simplify karke nhi kiya toh galat answer aega aesa?

[@shaikthousif435]

Kaise kare aap isko mujhe bhi batadijiye

[@jackspatwaeditz]

Thanks 👍👍👍👍👍👍❤❤❤

[@adilalamofficial]

Tnx a lot sir very good explanation ❤

[@mitaliverma3510]

Thank soo much sir 😊

[@maneshkumaryadav1115]

Hii

[@shailynanda4057]

Thank you sir 🙏

[@gauravkumar_aso]

Very very helpful this lecture 👍💯

[@preeti5102]

Thanks sir

[@simransharma8405]

Very nice sir

[@ahmadiqbal925]

Agar limit 0

[@thetaclasses]

we use taylor expansion

[@ahmadiqbal925]

@@thetaclasses o

[@ahmadiqbal925]

@@thetaclasses o

[@AyushMehta-c3j]

ありがとうございます,　せんせい

[@gkinformation2563]

please use a proper Microphones sir btw your methode is much better from other

[@thetaclasses]

Okay I will take care of that

[@malasisodia3564]

Thank you🙏🙏

[@Specialshorts123]

Sir ji 14:52 mai konsi khusi mil gyi 😂

[@chummannishad8179]

👌👌

[@kirtipawar7795]

Thank you

[@gauravkumar_aso]

Very very helpful this lecture 👍💯👍💗

[@supriyo3147]

Super 😎

[@csevala]

❤

[@user-sh8fk6ek6r]

Thanks sir 😊❤

[@anambee4333]

Tq sir 👌👌

[@sleepy1663]

Sir y 1- 5z+7
Y 1- kha se aya

[@thetaclasses]

Here we have applied long division and with the help of that we find quotient q(z)=1 and remainder r(z)=-5z-7

[@hari76801]

Thank u sir

[@funnyvideo9671]

Osm

[@klrahul1114]

Wah

[@rakhipal1840]

Tq sir

[@movies_reload]

Sir we got 3 cases.
How will I classify each cases that whether it is Taylor's series or Laurent's series

[@thetaclasses]

If we have ring shaped region then we will have Laurent expansion and if we have circular region then we have Taylor series

[@rahulkumar-ee4dn]

thanku sir

[@akarshgupta]

Sir, how to do if question is (z2 + 1)/(z3 + 3z2 - 10)?

[@thetaclasses]

First you have to see the region where you will expand your function and then do partial fraction of f(z)

[@vikashgoyal3205]

Thanks ❤

[@varunchoudhary8149]

❤❤

[@anurag_k09]

[@hanuman_bhakt011]

f(z)=1-5z+7/z^2+5z+6
Sir isme +7 kaise ho gaya

[@thetaclasses]

basically we simplified a given function z^2-1/(z+2)(z+3) and on dividing we get quotient 1 and remainder -5z-7 and taking - common we 5z+7

[@muzzuplayz]

simply do partial fraction you will get it

[@ChudFiji]

Bansal ka koi hai ky😂

[@preetirathour5382]

Pp

[@maneshkumaryadav1115]

Hiii

[@shailendrarawat1392]

Poor voice quality

[@aryansinghyadav9571]

Kuch ghante me exam hai😢😢

[@thetaclasses]

All the best

[@AnjaliYadav-ck5tn]

Thank you so much sir❤

[@sushreesnigdha7868]

Thank you sir

[@mahimachouhan2860]

Thank yu sir

[@mridulsaini2894]

Thank you

[@VishwaPujeri-n3e]

Tq sir

[@anurag_k09]

[@asterruben7535]

Thank you so much sir ❤

[@AmanSharma-vd9vu]

Thanks 🎉❤sir

[@varunchoudhary8149]

Thank you Sir 🙏

[@ravinameena1225]

Thank you sir 😊

[@maneshkumaryadav1115]

Hii

[@salihajahid9480]

Thankyou so much sir ❤❤

[@sky10522]

Thank you so much sir

[@theshrutizz4480]

Thank you sir 😊