Examples of Joint Continuous Random variable | Marginal, Conditional Distribution

[@rohitkolpe6313]

Thank you very much for providing such good materials .

[@spyboy07]

thankyou so much for all the work you have done sir, i understood way better then my regular professor!!!

[@modernphysics7474]

Very Nice Lecture Sir 👍🏻💙

[@DrHarishGarg]

Thanks .... My pleasure. Keep watching and sharing

[@oluwaseyiokunlola]

Thanks for the tutorial sir.. But can you please recommend is textbooks you use for our personal and further study. Thanks

[@DrHarishGarg]

Books are mentioned in the description

[@oluwaseyiokunlola]

@@DrHarishGarg Many thanks sir.

[@kartikaymalhotra35d-17]

​@@oluwaseyiokunlolakal exam hai bro. Book kharidne ki to bhi nhi Sochi

[@kartikaymalhotra35d-17]

​@@DrHarishGargkk

[@rameshkumar2560]

Sir please tell me name of books from which I practise question of these topic.

[@shrawankumarpatel2148]

Very very thanks sir

[@TrishaKumari9]

Sir at 17:49 the answer is coming to be negative 1/3?

[@maemocharles8063]

Keep up the good work bro❤

[@tasnimshamsuddin7727]

thank you sir , for the well picked questions. isnt there an error at 21.33 to calculate P(x>1/y

[@allenjonesstyles6112]

Nope it comes 5/24 only

[@elegantapps3055]

thank you sir

[@azmishahab8482]

I really appreciate for your hard work sir but I have one problem sir how can we find range of this type of questions such as U=X+Y & V= Y

[@DrHarishGarg]

Its easy dear... If you have range of X and Y then find the range of U and V... If you have ranges of U and V then first express X = U-V and Y = V and hence from ranges of U and V, find ranges of X and Y

[@kubendran.m3232]

Sir in 15.57,how you find the mid value of the figure as (4/3,2/3).

[@aayushkukreja5576]

Just solve both the equation

[@sarvanuday6634]

Sir you didn't done the last sum 5 6 part can you please mention answer sir

[@abhishektakeineasy1882]

Sir how to find pdf from the joint distribution function of X and Y

[@DrHarishGarg]

Use marginal function

[@nehasingla18]

sir, marginal Probability density function = marginal density function? ?

[@DrHarishGarg]

Yes

[@sathiyanarayanan9024]

Tq sir

[@TaddyDamee]

Good

[@sohailahamed2194]

sir can you give me pdf of jam level questions

[@DrHarishGarg]

IIT JAM Discussion: kzbin.info/aero/PLO-6jspot8AIulLZaFu9RDECvm0vifJAt

[@chandangupta9901]

🙏🙏🙏

[@sohailahamed2194]

I'm preparing from your videos please sir help me

[@DrHarishGarg]

Telegram Link t.me/gargIITJAM

[@DrHarishGarg]

Many thanks.... Join my telegram link of Probability and Statistics t.me/gargProbability