CSIR NET June 2019 COMPLEX ANALYSIS PICARD'S THEOREM

[@bikashdutta8935]

Very good explanation of sir

[@skabuosamaq6251]

Amazing....,💕💕 Appka explanation ka tarika....yehi batata hain ki appka knowledge ka kami nehi hain.... Carry on sir...💕👍

[@mathematicaldisasters7627]

👍👍👍👍 #mathematicaldisasters

[@Srinivasa-no-eqn-without-god]

excellent sir

[@piyalikarmakar5099]

well you don't need to say 'thik hai friends' in every line

[@sangeethas6439]

Sir, since g(z)

[@Unlockingmathskills]

Absolutely correct. PICARD'S thm. And Liouville theorem Says same thing. Anyone u can apply

[@mr.deepakkumar9522]

But lf(z)l >_ 0 always .........

[@mdersadali616]

Sir nice explanation sir please continue sir....

[@Unlockingmathskills]

thanku ersad ali

[@MahekKhan-fp3ie]

Superb sir

[@juhiwadhwa9337]

Teachers like u sir are the blessings of God ; Never ever stop sir helping us.

[@Unlockingmathskills]

Thnku for ur precious comment

[@sajidmunir560]

Super

[@vishalchhabra7016]

🔰🔰👌👌👌👌👌

[@dr.bijoykrishnadebnath9079]

very good explanation Sir!!....please provide previous years solutions on complex analysis too

[@Unlockingmathskills]

ok. i already solved so many questions on complex analysis. further i will provide the solutions of remaining questions

[@farhatshaikh6023]

perfect

[@kaushikmaths1465]

Isme direct calculation hi krva dete (fz constant non constant show krne ki koi jarurat nhi) I thing waste of time

[@Unlockingmathskills]

sbhi log direct nhi kr pate. and me question k hr aspect ko smjhane ki koshish krta hu

[@poonambai9164]

Wrong explanation at last.

[@bikashdutta2585]

Very good explanation of sir