#02 Solution- Question of the day 31/03/2019 | Radius of Convergence | ROC IN HINDI | Power series

Thanks for watching
COMPLEX ANALYSIS- RADIUS OF CONVERGENCE
#02 Solution- Question of the day 31/03/2019 |
Radius of Convergence |
ROC IN HINDI
Subscribe Like + Share
Download my Android Apps:(AMMATHS TUTORIALS)
play.google.co...
FOLLOW MY FOLLOWING LINK:
●AMMATHS TUTORIALS (Subscribe)
goo.gl/PZxFAC
●Follow Twitter: goo.gl/68tZpg
●GOOGLE+: goo.gl/y7nEES
●FACEBOOK: goo.gl/VKgwrb
●BLOGER: goo.gl/GA9o5N
www.ammathstuto...
#ammathstutorials #radiusofconvergence #questionoftheday

[@madhavigandhi3181]

Zero factorial is One.(1) You have expanded the series wrongly while finding ROC.First term will be z raised to 0! IE z raised to one which is Z

[@AMMATHSTUTORIALS]

ok i will check thanks to inform me...

[@itsshorts383]

Sir you are great I understand all video which I want

[@mathematicsclassesbyrkshar8993]

Nice❤❤

[@AMMATHSTUTORIALS]

thanks

[@kameshiitb]

Sir, my question is why you taking (ak)^(1/n) in limit of roc and not (ak)^(1/k) as the formula say lim sup (an)^(1/n)=1/R and variable in n are same.

[@sofizsameer1234]

Sir u had done question 4 which is Ur serial 2 wrongly it should be option d

[@Chhetri45.]

Thnk u sir❤️

[@gumpularamesh1440]

Thankyou sir

[@AMMATHSTUTORIALS]

most welcome

[@sandeepjaiswal7505]

Nice explanation sir thanks for help us, sir aap near about after three months csir question update

[@AMMATHSTUTORIALS]

sure thanks your feedback

[@sowmyasowmya8567]

Thank you sir

[@AMMATHSTUTORIALS]

most welcome

[@sandybaba5597]

Hlo sir

[@radhamadhavkr]

Khaa h sir WhatsApp group

[@AMMATHSTUTORIALS]

chat.whatsapp.com/63Seey4AdGRKFAGV9GzHjE click and join

[@sandybaba5597]

Mene apko ek email send kiya h

[@radhamadhavkr]

email?