Sampling Distributions Concept

[@ashishthakur9819]

THESE Lectures make u feel that , u r learning from god of stats, sir i wish u good health and wishes

[@IndraniDas01]

Education is easy because of teachers like u exist.

[@kumarvinay786]

Nice concepts, I am a teacher of Actuarial Science and these video is a good learning for my students as well.

[@musicholic_community2969]

are you a professor at RGGEC

[@kounsararshad1397]

Sir u r great,sir yesterday was my exam one of the example on chi sqare test u taugt was in paper containing 10 marks,.i want you to thank for all ur valuable efforts..love from kashmir

[@DhruvKrishnan-p1o]

I just wanna say I go to a school like MIT and this is the best lectures I have seen!

[@arshdeepsinghbhankhar4190]

MIT Cambridge ?

[@rajsharma-bd3sl]

@@arshdeepsinghbhankhar4190 Meerut Institute of Technology

[@SubhadeepNITian]

​@@arshdeepsinghbhankhar4190 😂 Manipal Institute of Technology

[@Stefan_2117]

Yes I go to IITD(Dholakpur) and this lecture is amazing

[@layzeeeee4307]

Wht is Special abt mit s?

[@chitrax]

great lecture sir, this is quality content

[@DrHarishGarg]

Thanks for it....

[@mcbc01]

Thank u sir .. i understand why we study stat after study probability. 🎉

[@avmathtech6162]

at 22:26 ,if we use mean as a estimator then an error of 3 would occur with probability 0.1? Since Population mean is 9 so 9-6=3 ,am I correct here sir?

[@binaysahu1181]

yes

[@Wanderlust1117]

0.1+0.1=0.2

[@sanki_Launda]

error 3 will be 6 & 12 with .1&.1 ; p will be .2

[@codeyourmood8553]

yes he is confused and i am also getting confused

[@nou587]

Which is are you using

[@nitishkushwaha3821]

22:30 error of 2 should occur, with probability 0.4? am I right? I didn't get how you got error of 3 with probability 0.2!!

[@binaysahu1181]

Here for the error of 3, we have (9-6=3 & 12-9=3 (absolutely)) with probability (0.1(for 6) +0.1(for 12) )=0.2.

[@anunnu6016]

you are my saviour in semester❤

[@djJhaybee23]

what application are you using sir for writing?

[@kounsararshad1397]

In central limit theorem u said x follows non normal then normal

[@adityarathore3532]

One thing I didn't understand is in CLT, random samples are drawn from non normal observations, then how X¬N(mu, sigma^2)? It should be any distribution but Normal distribution and then on applying CLT, it approaches to N(mu, sigma^2/n)

[@Lack_Of_Enemies]

correct me if i'm wrong but i think the distribution of x̄ approaches a normal distribution, regardless of the shape of the population distribution

[@NeelamRani_Mathematics]

simple way to explaining the concept

[@DrHarishGarg]

Many thanks

[@mufazilali9294]

I need ur help sir

[@kartikagarwal8790]

Well explaining sir

[@mcbc01]

Sir is there any playlist for Statistics from starting to end??

[@DrHarishGarg]

Probability & Statistics: ua-cam.com/play/PLO-6jspot8ALyrofp0fWp0fOb19NcFS4V.html

[@vinjamoorishiva5516]

❤️ from Pondicherry University

[@vinjamoorishiva5516]

Your really great sir..... 🙏

[@54Aakash]

nice sir. U re an intelligent man

[@DrHarishGarg]

Thanks dear ... Keep watching other videos too and share with your friends, students

[@ashishkshatrithapa]

order statistics T F and chi distribution pai video mil jati toh bahut help hota.

[@DrHarishGarg]

T and Chi square distributions are already available at my channel... Browse and watch

[@AiTrailerVault]

Love from bangkok 😅

[@tiwariP20]

Last example m ye kese pata chala ki normal distn h

[@shreyanshjain1149]

great sir.....!!!!

[@munirahmed4580]

Nicely explained

[@DrHarishGarg]

Thanks for liking

[@gcgians]

Sir pdf send krdo statistics Ke....prep krna easy Ho jata

[@jajatikesharimahanta930]

So much advertisement

[@nishantsingh5385]

You are not paying a penny to learn from his videos. at least he should earn from advertisements.

[@jajatikesharimahanta930]

@@nishantsingh5385 agree bro