Lec - 07 Lp And L∞ Space (Definition And Norm)| L^p Space Is A Vector Space | Functional Analysis

[@rupinderkaur4544]

💯👌👍 its a great work miss kaur

[@rafiqulislam1085]

Excellent

[@TheVamsiemperor]

Thank you so much madam. Very helpful explanation.

[@Iitian_satyendra]

Nice Explanation

[@kiratsandhu7197]

👌🏻👌🏻

[@vijaysaroj7868]

Nice

[@NCERT_SOLUTIONS1]

Nice Very helpful 👌

[@siddiquiikram5673]

Very nice after this make a series on real and complex also

[@amanpreetkaur418]

Very helpful session mam

[@professionallycreate]

Best lecture

[@gurkiratkaur1111]

Nyc

[@charanpreetkaur7495]

Good

[@biplab7197]

Really very nice

[@excellencelearning]

Thanks a lot

[@sidharthapradhan1654]

nicely explained

[@damyantibhagatm2756]

Thank you so much mam...

[@ritubhagat2484]

👍👍👍

[@sarwanSingh-yy2jd]

Nice voice mam

[@fatimaalhoti7804]

Thanks

[@ZKmovies6870]

B(x,y) is a vector space under addition and scalar multiplication?

[@abdulkayumansari8765]

Thank u mam how can I contact you can you plz help us to solve ignou assigment

[@raowaqas8780]

How we can proof l^infinity is vector space ???

[@aartibabiya8538]

Please help me proving that Lp spaces are not Hilbert space except for p=2

[@hunzadar5937]

Plz upload lectures on sobolev spaces

[@explorejourney7758]

Why you everytime assumed.... closed internal [0 , 1] .....

[@charanpreetkaur7495]

Good

[@jagdeepkaur1012]

Nyc