Thanks Professor for your explanation of the Taylor's Theorem/Series for single variable, which is well explained. However, for multivariables i.e. 2 variables, a simple derication from 1st pricinciple has not been done, as has been very well done for single variable Taylor Theorem, which is the hardest part for me.
Its true he didnt explained the physical significance of the theorem which is what you expect from a professor but he did explained things mathematically in quite a decent manner maybe there isnt much of a explanation for the theorem thats why he didnt taught it or he thinks our brain cant handle it idk but still a graphical explanation would have been appreciated
This Lecture is excellent and lucid. It will be also helpful if someone can tell why F(t) is open diifferentiable, and would there be any problem if F(t) was diifferentiable in closed interval.It shall be helpful 🙏🙏🙏
Sir all is well and good But Please try to write big .In all the videos I am facing same problem.As I have vision issues and me and others like me may face further eye problems by watching such a small texts continuously
At 20:50, for R_n, we need to take f^(4) (x), ie we need to go for one more derivative as it must calculated for n+1th derivative
Thanks Professor for your explanation of the Taylor's Theorem/Series for single variable, which is well explained. However, for multivariables i.e. 2 variables, a simple derication from 1st pricinciple has not been done, as has been very well done for single variable Taylor Theorem, which is the hardest part for me.
Thank you Professor for explaining the topic in such a lucid manner. I really appreciate the way you teach.
24:24 in 2 variable
Its true he didnt explained the physical significance of the theorem which is what you expect from a professor but he did explained things mathematically in quite a decent manner
maybe there isnt much of a explanation for the theorem thats why he didnt taught it or he thinks our brain cant handle it idk
but still a graphical explanation would have been appreciated
when you smile you feel very nice but you know what happen with us (thing goes over the mind ).
This Lecture is excellent and lucid. It will be also helpful if someone can tell why F(t) is open diifferentiable, and would there be any problem if F(t) was diifferentiable in closed interval.It shall be helpful 🙏🙏🙏
Hello sir can we study the taylors theorem overnight without basic knowledge.By Harsh (Engineering 1st year).
Why you let new thing after two steps
this is authentic lecture
Marvellous💯
can i get the notes of these lectures
In 9:11 it's h(t).
Love your teaching technique sir🙏
Sir all is well and good
But
Please try to write big .In all the videos I am facing same problem.As I have vision issues and me and others like me may face further eye problems by watching such a small texts continuously
Very excellent👍👏😆..
ty very much sir
Bekaar pdhaya
Kuchh samajh me nhi aaya 😂
Jyada Gyaan nhi 🤫
@@DarkRays25 mera baccha 🥲
Excellent
great sir
thoda sabar karo