Yo, your boi here could use some help. I currently make these videos on my phone. I'm trying to upgrade my recording set up to a tablet with s pen capability so I can have a bigger screen to write on. That way the viewer can have better visuals of the solution development and I don't have to put so much strain on my eyes and back while writing using my phone. A decent mid range upgrade will cost me about 500 dollars so it would be awesome if you guys could subscribe to my patreon for just this month and unsubscribe later as I don't need the monetary support on a regular basis and this is just a one time expense anyway. Here's the link to my patreon and thank you so much in advance! www.patreon.com/Maths505
Oh I'm terribly sorry😂 I'm in the midst of acquiring a tablet that'll make writing much easier. I'll be writing proper etas then inshallah. Sorry for the mathematical-linguistic trouble.
Question in the Feynman technique, we must differentiate in order to simplify the equation, but differentiation is the inverse process of integration, so if we do the integration, we will get the original solution.
In the Feynman technique, you differentiate with respect to the free variable $t$, not the main variable of integral which is $x$. Such a differentiation is NOT the inverse of the main integral.
Oh I did not know that.... cheers... Where is the tool kit that you keep mentioning. May be I'd be able to understand the previous and future integrals if I go thru the toolkit... :)
Yo, your boi here could use some help. I currently make these videos on my phone. I'm trying to upgrade my recording set up to a tablet with s pen capability so I can have a bigger screen to write on. That way the viewer can have better visuals of the solution development and I don't have to put so much strain on my eyes and back while writing using my phone. A decent mid range upgrade will cost me about 500 dollars so it would be awesome if you guys could subscribe to my patreon for just this month and unsubscribe later as I don't need the monetary support on a regular basis and this is just a one time expense anyway. Here's the link to my patreon and thank you so much in advance!
www.patreon.com/Maths505
Man I love a good integral.
6:35 for the first time in this channel the letter eta is properly written.
6:36 he deletes the letter eta to write an unintelligible horrible symbol.
Oh I'm terribly sorry😂
I'm in the midst of acquiring a tablet that'll make writing much easier. I'll be writing proper etas then inshallah. Sorry for the mathematical-linguistic trouble.
Where do you find all these amazing integrals?
This one I just made up
@@maths_505🗿
Thank you very much. It is amazing.
Excellent work!
Thank you
Question in the Feynman technique, we must differentiate in order to simplify the equation, but differentiation is the inverse process of integration, so if we do the integration, we will get the original solution.
In the Feynman technique, you differentiate with respect to the free variable $t$, not the main variable of integral which is $x$. Such a differentiation is NOT the inverse of the main integral.
Exactly
when will your academic courses going to be ready? :)
I got it right, let's fuking gooooooooo!!!!
I wish I could stop you and ask questions regarding these integrations
You can ask now
2:55
How did the cosh turn into e ?
@@shakaibsafvi97 cosh x = (e^x + e^-x)/2
Oh I did not know that.... cheers...
Where is the tool kit that you keep mentioning.
May be I'd be able to understand the previous and future integrals if I go thru the toolkit... :)
Ho rifatto i calcoli I(a)=a*2^(1-a)G(a)E(a) con Gamma,Eta funtion..I=I'(1)...poi boh,mi sono perso