Moment Generating Functions (Part 2)

[@kpsilas]

You know you save lives, right?

[@ProfessorKnudson]

Ha! Thanks.

[@Ruichen8104]

lol wtf bro

[@aurkom]

@@Ruichen8104 It's true man

[@davidmcnamara7928]

This is the place to be for understanding MGFs!

[@ProfessorKnudson]

Thanks!

[@orderinchaos]

I was studying this at university and totally not getting it, and you've cleared it up in two videos and 15 minutes. Thank you!

[@saula.rodriguez6170]

Excellent video and concept of the channel, congratulations.

[@maladietropicale]

That’s such a good and direct explanation. Thank you so much, you’re a legend!!

[@observever7808]

Quick and straight forward!

[@andrewdeuriarte9147]

this video is well done. it is important that you watch part 1 to understand part 2.

[@Lesg96]

God bless you for your insight. This is exceptional!

[@RaeTheActuary]

thanks a million!

[@chinedusamuel7950]

Waooo... So easily explained. Thank you

[@afnanshomar3475]

You are amaaaaaaaaazing !

[@prashant0104]

thank you for these gems

[@niiazbekmamasaliev9828]

explanation is perfect! But there is problem with the sound quality of the video. Audio is kinda problematic.

[@LucaPasciuta]

My gosh if only i found this video sooner, my exam is tomorrow morning.

[@shubhamgajeshwar2986]

You just saved me 2 days of worthless web scraping.

[@nopecharon]

this is gold

[@motormotionpictures]

Damn u r so pretty , I can't focus on mgf

[@kingbaliyan7809]

Is there any other video for Bernoulli's?

[@paulkent3277]

Useful video. thanks.

[@prajwalchauhan6440]

Very useful. Thank you

[@jeremiahjohnson1121]

Great pair of videos! Thanks! Though, shouldn't these be considered partial derivatives?

[@dirkvanbeveren5042]

Saving my exams

[@marymwangi7857]

How did you get 1-p

[@private808]

Success is p. And total probability is 1 so failure = 1- success =1-p

[@cheyennehu]

Could someone plz explain what is the variable t, and why we evaluate the integration at t=0 ?

[@udayabhaskar]

see the part 1, you'll get it :)

[@VeeruSingh-ww4nr]

THanks a lot

[@shriyakatakam6592]

is there any textbook we can use to practice these??

[@ProfessorKnudson]

Definitely! One such example is a textbook by Hogg, Tanis, and Zimmerman.

[@shriyakatakam6592]

@@ProfessorKnudson thank you!!

[@logixguru]

Thanks mam

[@williamnjau3987]

I don’t understand house the derivative of pe to the t remains the same. Someone help

[@ProfessorKnudson]

The derivative of e^t with respect to t is simply e^t. p is a constant so that just stays in front.

[@HEMALATHA-im4rh]

Ok mam

[@mohammedridhakouider6777]

Why t=0?

[@udayabhaskar]

see the part 1, you'll get it :)

[@charlesrajas]

audio is not good

[@sohanpattnaik4331]

Use earphones or headphones