A Classic integral | Feynman's Integral Trick

[@motabhai5614]

dear sir.. your tutoring is amazing. one request... please explain a bit more... my little brain isnt able to keep up with your pace

[@vibhanshuvaibhav7615]

This is a really awesome method. Thank You sir for bringing out this method :) . I will learn more ABT it.

[@yakaiahbandari6382]

its an op problem by op sir pls continue this type of problems

[@nerdy6600]

sir im loving this channel ❤

[@nicogehren6566]

very interesting solution sir thank u keep it up

[@potu6534]

Sir thank you very much 😊😊😊😊😊

[@dhruvsharma8333]

sir pls continue this series for 2023 advanced and give us more exposure to these unique tricks and also if posible give us some homework questions based on the tricks and tips you explain. thanks you 😀

[@nikola6tesla]

its needed even for 24' aspirants ❤

[@cutegirlakanshabag2449]

Thank you so much sir 😊

[@mrinalkumar6895]

So nice way...mind simulating.!!

[@chitranshsharma708]

True beauty ❤

[@LXZY8]

Sir aajke jee adv mock test m aaya tha ye , unfortunately mujhe nhi aaya tha , but thanks,i got it now

[@iitianrahul2503]

Very good explanation

[@RZMATHS]

Thank you ❤️

[@AbhishekSharma-dq4ty]

@@RZMATHS Sir please explain more about this method

[@k.ashvanth1735]

sir can you share some resource to learn more about Feynman's integral I saw a few questions using this method in coaching tests but haven't been taught it

[@kavi5990]

Math 505 is a great channel he has tonne of videos on this particular topic , I see it's been 1 year so u may not be interested but it may help others

[@k.ashvanth1735]

@@kavi5990 appreciate it, but I am in college now lol

[@wardog697]

+k.ashvanth which college?

[@Algoner]

I think this is not there in jee advance syllabus right plzzz reply 🙏🙏🙏

[@RZMATHS]

Till now they didn't ask from this type maybe in future they can and I don't think anything is out of syllabus here😅

[@Algoner]

@@RZMATHS ok then I go through it

[@RZMATHS]

@@Algoner according to IIT-JEE their syllabus is limited upto ncert but they can ask this in the form of a paragraph question anyway we use partial differentiation in many topics like straight lines or limits etc.. part of calculus to obtain the results in small amount of time rather than calculating from a long method.

[@mrabbot-iit1908]

Sir how you differentiated the integral , don’t we use the newton leibnitz rule ? This was a new concept for me please elaborate.

[@advaykumar9726]

@@mrabbot-iit1908 he did that only

[@davidbrisbane7206]

I don't think Feyman has been knighted, as he was born in New York, and Anericans can't use any honours from another country like the UK in the US. Note: It is possible for Americans to be knighted, but not to use the title within the US.

[@davidbrisbane7206]

I checked the integration numerically using the *Rectangular rule* from x = 0 to x = 0.999999999 over 1,000,000 intervals and the answer to 6 decimal places is 4.615120 Ln(101) = 4.615120 (6 decimal places). Very close 😁.

[@RZMATHS]

Very nice 🔥

[@supriyobhowmick6006]

Similar question came in jee advance 2022