Method of Moments Estimation

no you're the real mvp!!

Nice and simple :)

Nice video

Pls ma, I need an estimator of tither from that distribut using the method of maximum likelihood. Thanks

Face Reveal

wat if expected value of theeta delta was not equal to theta?

ik how to solve it, but not seeing its application will make me forget it sooner

too fast!!!!😂

Great example and explanation!

Well another 3 min video that is better than my professor’s three pages of notes

liked subscribed and rang notification bell. Godly explanation

The 8-bit music at the end makes me feel like I leveled up after having watched.

muchas gracias <3

Your sound when you're talking is like to the song " happy birthday to you" as " a theta times x" 😅😅😅

Great work keep going 🌹

بارك الله فيكم وجزاكم الله خير الجزاء

THANK YOU!

You just explained in 3 minutes what my lecturer couldn't explain in 1 hour and 30 minutes. Thanks a lot.

wow i wish stats instructors explained this like you did

Why did she integrate the x* first Moment

Q: Find estimator of parameter 'lemda' of the poison distribution by method of moments. Ans: est. of lemda' = m ; where m is sample moment ( Plz reply)

Is there any name for this distribution? I've been looking for a similar one, where theta is fixed to one, and we're estimating "a"

Can u pls suggest me a book having these kind of problems which would be very much helpful for me??

When would it make sense to use the summation notation for expected value vs. the integral notation?

You are my savior

Hi, I would like to ask how do you calculate the confidence intervals of the estimators.

Beautiful video! You made this concept so much easier and I was really stuck on it!

Time to do the ASSinment, oh wait, let me copy ur method first:(

holy shit thank you for making this

omg thank you so much!

Meaning that, yes the MM is an unbiased estimator or the sample given (sigma)? Because is or isn't the MM a biased estimator for the sample mean?

how to calculate the second moment!?

I did make it to the end. Thank you. You're the real MVP for Making it this simple to understand :)

Thanks a lot!!

thank you a loooooooooot

Where does the *x^a-1 (from the p.d.f) disappear to??

Put to 0.75 or 0.5 speed

thanks for all !!!!
You uploaded it the day of my birthday !!!!
Even if i come from Ivory Coast , i understood your explanation !!!
Thanks a lot !!!!
^_^

Helpful, but WAY too fast.

why are you integrating only upto theta

I swear i would marry you right now if i knew you. Exactly what i was looking for.

Brilliant video , but it's meant for people that are learning the topic so you need to slow it down a bit ! Nevertheless extremely helpful