Estimation Theory: Estimating single mean (Part-I)

[@sachinyadav6851]

Thank you sir for your efforts

[@DrMathaholic]

Welcome 😊

[@cou1011]

Thank you Sir 😊😊

[@DrMathaholic]

Welcome 😊

[@shaikahida5140]

Sir please upload video on increment theorem for functions of two variables,Continuity of partial derivatives implies differentiability theorems

[@DrMathaholic]

Some of the lectures you may find here. Function of Several Variables (14th Chapter of Thomas' Calculus): kzbin.info/aero/PLwaXU7G6UrbddGCHrA18a3AainZ0nu0hJ They don't include the proof. But in future I will upload that as well.

[@shaikahida5140]

Thank you for your response sir

[@yaswanthcreatives3245]

Sir i got 0.309

[@DrMathaholic]

I have not solved. But hope correct hoga 😊

[@yaswanthcreatives3245]

@@DrMathaholic ok sir thank you

[@cou1011]

Sir answer of Q 9.3 is is 3.0966 < μ < 0.31034

[@DrMathaholic]

Thank you posting your answer..

[@palshubhrajit]

Sir can you please help me with the estimation theory Playlist.

[@DrMathaholic]

This is the only lecture i have recorded. Didn't get time to record more..

[@palshubhrajit]

@@DrMathaholic Thanks for your effort. I'm studying System Identification and I started with your probability playlist to understand the basics. I mean the book authors really makes things too high level. But once I went through ur videos I can relate with the generic terms written in the books. Thanks

[@DrMathaholic]

Very glad to hear it. Good luck...

[@THUNDER-kw3wq]

Thank you sir !

[@DrMathaholic]

Most welcome!