NP lemma

[@aaishakhan3807]

Mam U r explanation is out standing 👍🏻
We need more topics from uhhh

[@sunnyboom5229]

Excellent explanation and with easy parameters

[@tejareddy6510]

We are satisfied for this type of explanation..... It's very clear to understand... Tqs a lot madam

[@jagadeesh308]

Thanks mam 😊.U R the best explainer...this is very easy way to learn this ...thanks Mam

[@dsaijithendaryadav6582]

Thank you alot ma'am 🙏🙏 . This is easiest way of explaining NPL 🙏💯

[@suprajareddy2964]

Your way of explanation is excellent mam it makes us to understand easily

[@VishnuVardhan-en4yy]

Thanks madam ma teachers kana mire better mam thank you so much madam

[@sathishk9696]

Excellent . Thank u for the simple explanation

[@palipeer5060]

Clear explanation with excellent voice,thank you madam.

[@ust817nivishm7]

It very clearly explanation mam.Thank you mam

[@srinivast1870]

Thank you mam🙏

[@malikadavar7042]

Excellent explanation mam

[@rajubokki2637]

All is well but. Camera koncham clarity ga vachhetattlu cheyandi madam please and please

[@shree791]

Thank u mam it is so useful for us .
Mam we want u to do the videos on statistical inference paper portion mam i.e sem -4

[@dharanimuthusamy3187]

Excellent mam ... Thank you so much for the video

[@praveensanu6121]

Thanks a lot mam u made it easy and simple ❤️

[@shilpasadasivan1881]

Thank u so much madam u explained it very clearly

[@rajubokki2637]

Thank you madam nice explanation

[@saruarhosenshanto6039]

Outstanding, Happy for 12 min

[@shwetarai4925]

Mam, thank you very much. It's very clear 😊

[@kothandaramankotha2158]

Mam Please explain Find the Neyman-Pearson size α test of H0 : θ = θ0 against H1 : θ = θ1 (θ1 < θ0) based on a sample of size 1 from the PDF f(θ) = 2θx+2(1−θ)(1−x), 0 < x < 1, θ∈ [0,1].

[@madhugangiredla3423]

Very good explanation.. madam

[@yaseenshaik6743]

Super mam excellent explanation mam love u

[@ShaikRehana-y5v]

Best explanation mam

[@enjampavankumarreddy6729]

Nice explaination madam. thank you

[@archanaray7382]

Thank you ma'am. You're really great.

[@jolapuramjagadeesh5486]

explanation is out standing

[@kalyanipinnam9792]

Mam thank you so much for the clear explanation.

[@Mohammed_ArifUddin]

Thanks a lot Madam, know I easily understand N.P.L..

[@Mohammed_ArifUddin]

Thanks a lot Madam, know I easily understand N.P.L

[@gomathigreen7149]

Tq mam it's was very easy proof

[@comeNgrow]

Thank you ma'am 🎉🎉🎉🎉

[@user-rq8kl3pg5z]

Thank you very much❤

[@rubeenaamin539]

Mam u r the best , please tell me within a day ,is this also a Neyman Pearson theorm?

[@DrSubathraArumugam]

Yes.This theorem gives the idea to find the best critical region for testing a simple hypothesis against a simple alternative.

[@sriyareddy9399]

Mam obtain best critical region for testing of binomial distribution cheppara please

[@MSTSangeethaN]

Mam, is the NP Lemma for randomized test?

[@garishaanilkumar4251]

Thanks a lot mam👏🤝🤝

[@SURESHKUMAR-jz6id]

Mam can you please make videos of large sample tests please

[@DrSubathraArumugam]

What do you need in this topic?Problems or derivations.Just post your requirements I will do it.

[@chinnoda2360]

4sem b.sc statistics explain all topics madam

[@naveennaiknunavath7638]

Thank you so much medan

[@gunasekaran3447]

Mam எந்த செமஸ்டர் question இது?

[@sridharsumanrekha9202]

Tq very much mam🙏

[@asminaaktar261]

Help it in my exam,
(I am a student of statistics.)

[@26-e-kiranraut4]

Thanku mam for this vedio

[@panchetiprasad9955]

Tqs Madam❤️

[@Abhishekkumar-jl2dr]

Equation 4 and 5 you wrote right but later you wrote is wrong and further more equation 4 and 5 will not be there it should be 4 and 6.

[@itzmevasapitta7033]

Thank you Mam

[@shivakumarakula474]

Thanks fr this mam

[@ramadevik1140]

Thank you mam

[@asminaaktar261]

Thank u,

[@rebelsai6245]

Tq medam

[@ramadevik1140]

Not clear vision