Transformation of Two-Dimensional Random Variables

[@MohammedAbrar-h6d]

You are a goat , u make my day easy ,tnx

[@lysanets]

Thank you, dude! You are awesome!

[@bishnudebbarma8467]

Y r very kind sir...... I asked for this topic...I realy considered myself as your Student....I love u sir....

[@SAURAVVISHNUGITTE]

0:53 slight mistake in the formula written on screen , sir himself corrected it by writing correct formula using pen

[@user-hm7cf3ns2u]

Amazing session..i had a good practice too..thankyou sir for your efforts😇😇

[@rforrohitarorasirclasses6500]

awesome video sir, i like your method

[@rajasreedutta6278]

All the ranges are not clear to me.

[@rushabhbabre]

padh le gandu kal paper hai

[@maryumzulfiqar9157]

Same

[@pallavi996]

Draw graph of the given inequalities you can easily find the range by that

[@SAURAVVISHNUGITTE]

see previous lectures , of 2 dimensional marginal pdf

[@abdullahalmaruf0711]

What for Two-Dimensional "Discrete" Random Variables

[@sumbalchughtai791]

Assalamualikum sir.how get we know about the common portion in the graph?still confused?

[@RajuKumar-ze3fp]

Thank you sir ✨

[@christiankaseya475]

Let X-G(10,4) and Y-G(7,5) be two independent random variables. Let R=1/(1= 5Y/4X) be the variable. Dertemine the density function of R. Dr, how can we solve this ?

[@kratikasoni6494]

Sir please make a vdo on transformation of bionomial variables

[@masukachouhan8893]

Thank you sir , i am waiting for this ☝️

[@sanchitabansal5883]

So helpful

[@What-ok4by]

Good explanation

[@DrHarishGarg]

Thanks for liking

[@vibez4121]

Sir thanks a lot much appreciated ❤

[@aruntalks8155]

thanq sir

[@amanthakur4925]

IN SOME BOOKS FORMULA IS LIKE g(u,v)=f^{-1}(x(u,v),y(u,v))|det(A)|^{-1}. Can you clarify on this one how it is different from

[@ahsenequbal7234]

alhamduillah sirji

[@himanshujha7919]

sir , how can you take -1 jacobian as 1????????????

[@NamitaBelwal-q7v]

because there is mod of J

[@ayushkathayat1744]

3:31 are sir kehna kya chate ho

[@satendra6200]

here, here , here....sir's favourite word 😂

[@sumitsana6170]

Sir upload transformation of multivariate rv 🙏🏻🙏🏻🙏🏻 also

[@DrHarishGarg]

OK. I will try to upload

[@bishnudebbarma8467]

I don't understand the range of x...pls sir

[@DrHarishGarg]

Which thing is unclear

[@bishnudebbarma8467]

In 1st example ...why the range of u is (minus infinity to plus infinity)

[@bishnudebbarma8467]

I love u sirrr......😘😘😘😘