Maximum Likelihood Estimation for the Binomial Distribution

[@olivioarmandocordeirojunio8280]

Thanks a lot. You make the world a better place to live.

[@mcogollahpeter9565]

you are a good soul.

[@leonhardolaye-felix8811]

2:15 why is it all the way up to n? I thought the n was the number of RVs not the number of outcomes of a particular RV

[@anmolpardeshi3138]

why is 'n' also attributed to number of random variables? isn't n only the number of observations? how can observations be variables? The terminology is confusing.

[@TiyaSen1201]

M is the no. of observations of the Binomial distribution , whereas there are n independent identically distributed Randdom variables which follow the Bin(m,p) distribution.

[@TiyaSen1201]

Those n RV's constitute the random sample.

[@leonhardolaye-felix8811]

@@TiyaSen1201I think he means at 2:15 where he says x_i is from 1 to n. Why is the number of outcomes the same as the number of random variables

[@monakasper7624]

So great Exploration! Thankyou a lot!

[@MiriamUrassa]

the product start from 1 or 0

[@techandcodinghub8036]

Thank you so...so much for this.
It really helped me a lot.

[@pauleseme8406]

Great explanation, thanks a million!

[@juliusacquaye8276]

Does it mean that m and n are not the same ??

[@HussainAlyousif]

thank u so much, this is extremely helpful 👍🏼

[@مصطفىعبدالجبارجداح]

بارك الله فيكم وجزاكم الله خير الجزاء

[@dakshvats4284]

JAI SHREE RAM

[@dennisomarcoz8320]

Well taught ,thanks so much, understood

[@leonschmeichel4219]

Thanks! Helped a lot :)

[@multigladiator384]

you are a god

[@khayalethumakosi6678]

You Sir are awesome!!!!!

[@aleenamiju930]

good explanation..it helped me a lot

[@jibeshkumarpanda6151]

Helpful Sir
🙏

[@John-dw6jb]

Thank you very much.

[@kemumawhitney5439]

Why are we differentiating twice?

[@supercitty90]

sign of second derivatives give us whether something is a min or max :)

[@najmayunis2041]

How do u estimate n when p is known

[@ouigiyes7978]

Is it you mado ?

[@learntogether7919]

Good explanation

[@honey_moore]

Thanks so much for this!

[@canozkan8886]

good video

[@AustinSun-j1u]

Good explanation! But what if both n and p are unknown?

[@kaukabenayet]

n cannot be unknown else how will have your observed data X and in Binomial n is fixed. And in Negative Binomial n is variable and number of success is fixed.

[@jamielaksana5257]

Thanks sir