Moment Generating Function for Discrete Random variables

For Book: See the link amzn.to/39OP5mV
This lecture will explain the M.G.F. for the Binomial, Poisson, geometric distribution with examples.

[@yashvishah4702]

This video is absolute gold. I'll pass my math exam only because of him!

[@shoaibakhtar5889]

I have almost explored whole youtube for this topic. But the way you're teaching is hats off. Thank u so much.

[@DrHarishGarg]

Its my great pleasure dear.... Thanks.... Keep sharing with others too so that everyone will learn through an easiest way like you.

[@shoaibakhtar5889]

@@DrHarishGarg Yeah, sure! By the way, sir, the same binomial question luckily appeared in my paper :)

[@Examhelpfrompalak]

Sir plz moment generating function for continuous random variable per bhi vedio bba do.......... 😢🙏🙏

[@ankitagarwal9748]

Very nice way of explanation. thank you Dr Garg. ❤

[@RajKumarSharma-ju7qx]

Best explanation, thanks so much sir

[@arvind.surwase]

Are sir maja aa gaya mast padhate ho aap

[@DrHarishGarg]

Many thanks.... Keep sharing with others too

[@DrHarishGarg]

Join telegram group
This group will helps to explains Probability and Statistics in the easiest manner.
t.me/gargProbability

[@Anuraggupta-q8u]

please create a detailed playlist like this on linear algebra

[@DrHarishGarg]

Already created... See the playlist mentioned below.
Linear Algebra: th-cam.com/play/PLO-6jspot8ALcosbhNFNMwMdoxWbabSwq.html

[@Anuraggupta-q8u]

@@DrHarishGarg thanks a lot sir for your content is very useful and give clarity of every concept and but one request please create a playlist for gate da calculus if possible

[@asifaakter4330]

I am finding some topic but can find it out
do you have tutorial on - likelihood function? gamma distribution, chi square distribution?

[@DrHarishGarg]

Right now, only Chi-Square testing of hypothesis is present...

[@asifaakter4330]

@@DrHarishGarg ok

[@omagrahari6332]

@@asifaakter4330 btech second year

[@RakeshSingh-ek1hr]

Thnks sir for such a great explanation

[@DrHarishGarg]

My pleasure always too

[@OLAMIDEALADEJUWON]

sir, do we have 2 methods for geometric distribution?
using q^y*p y=0,1,2...
we get q/p as the mean and q/p² as the variance
but using q^x-1 *p x=1,2,3,...
we get 1/p as the mean and q/p² as the variance.
which of it is correct?

[@DrHarishGarg]

dear.. both are correct... Before apply, you need to check domain carefully.... If it start from x=0 then mean is q/p and if start from x=1 then mean is 1/p... I hope it clear... best wishes and happy learning

[@OLAMIDEALADEJUWON]

Thank you very much sir🙇🏻

[@ranjanghosh2815]

if x~Beta(a,b) {first kind} then what would be the MGF of log(X/1-X)

[@namanpadiyar09]

thanks

[@nettynangolo6703]

Thank you sir 🙏🏼

[@SatishKumar-ci9li]

dhanyavaad sir🙏

[@DrHarishGarg]

Its my pleasure... Keep watching

[@saththiyambharathiyan8175]

what is the physical meaning of this moment generating function..................?

[@manideepreddyParupati]

where do we find these slides sir?

[@aryan51pandey]

you are awesome mere clg aa jao

[@tejalpatil1507]

Sir..what is the mgf of bivariate discreat probability distribution

[@kelashbgehlot3802]

Nice explanation

[@DrHarishGarg]

Thanks for liking

[@ayushchoubey635]

Thanks a lot sir
Very crisp explanation

[@nitraipurwitharunchauhan9292]

Thankyou sir 😊

[@DrHarishGarg]

Thanks...keep watching and share with others students too..

[@manthanmohite1022]

Sir cumulative generating function is their plz make video for it

[@DrHarishGarg]

Thats simple. . take log(M_X(t)) gives Cumulative generating function

[@digontodey]

Sir I am from Bangladesh, Can you please provide the slides of the video topic ? It will be very helpful for us.

[@EzekielTruman]

Lewis Anthony Lopez Jose Taylor Gary

[@lifeofmink]

18:52

[@brianjunior9331]

Sir you're too fast while explaining

[@wezembaseh8260]

Good explanation

[@DrHarishGarg]

My pleasure... Keep sharing with other students too so that they will also learn with easiest manner... Happy learning...

[@kappjeemathsacademy8821]

Thank you sir 🙏🙏🙏