18. Logarithmic Test for Convergence | Complete Concept and Problem#1 | Infinite Series

[@rohithadapad7]

Such a humble person, thank you sir for teaching us

[@RahulYadav-624]

Loved it.Also for the first problem we can simply get divergent by necessary condition for a series to be convergent.

[@adarshbhardwaj9092]

you won my respect ......sir

[@sagargaud8982]

Our... Pleasure to learn with you sir... 🙏

[@komaljangir14]

Thank you sir 😊

[@mahavirparsad3374]

sir plz don't show caption next time but your explanation is very nice sir

[@kajalparjapati5153]

Thanku sir 👌👌 very nice teaching

[@navneetakumari4853]

Thanks a lot sir 🙏🙏

[@abhaychourasiya4736]

Thankuu sir 😍

[@swaeroeswarriors44]

Super sir

[@mangaRoxo]

thank you very much sir

[@DUSHYANTKUMARSahu-ij5yo]

Tq sir

[@deepabisht1533]

Sir where is lecture19

[@astikkar7978]

Ye Makaut university ka student dekh sakta hai kya?

[@reallifemathsbyanshuman9157]

Sir iitjam past year questions BHI karaye

[@ManojKumarSahoo]

Sure brother ❤️

[@user-ok5by8ci9g]

sum n = 1 ((nx)/(n + 1)) ^ n, x > 0
Sir what is the answer of this question

[@SK_RAJ369]

X/e(1) if x/e>0/1 then the series will be cgt but x

[@lakshgoyal1324]

Jai Shri Ram

[@RahulKGupta-uy5yn]

Tq❤️❤️

[@vineetsingh6581]

Shuba paper ha or ata kuch nahi🥲🥲🥲🥲

[@DEVRAJ_0001.]

Nice

[@videovice3306]

Sir book m answer convergent diya h

[@VANSHITA]

Konsi book?

[@SK_RAJ369]

I am solving cgt answer right

[@videovice3306]

Sir book m answer convergent diya h