You do great work. Love how you present your thought processes through the integration. Every video is another lap around the track that keeps on looping. Till we get in another few miles of training.
Great! You can take the two integrals together, but not just because they’re independent. I believe the functions must be “good” (according to Fubini). And they are good (the abs value is integrable).
No, this is the Euler-Beta function. The Dirichlet Beta function is very interesting and has many neat properties, but I do not think it is related to this.
This is my very first day of learning Beta function. Now, I will check out Dirichlet Beta function vs Euler-Beta function. Thanks for mentioning them, guys.
@@physicsandmathlectures3289 How does anyone NOT find this just a confusing jumble of Way way too many variables?? No matter how smart you are..surely the re is no need for so many variables..
@@physicsandmathlectures3289 I really respect that goal, I find that there is quite a lack in higher level math content on TH-cam. Keep up the good work man :)
You do great work. Love how you present your thought processes through the integration. Every video is another lap around the track that keeps on looping. Till we get in another few miles of training.
Thank you soo much for making these videos . You have saved me from having to repeat my math paper next semester
That's great to hear!
Great! You can take the two integrals together, but not just because they’re independent. I believe the functions must be “good” (according to Fubini). And they are good (the abs value is integrable).
Thanks for sharing, it helped me
amazing that globaly letters of my country are used in maths(Greek)
Great videos. Is this the Dirichlet Beta Function?
No, this is the Euler-Beta function. The Dirichlet Beta function is very interesting and has many neat properties, but I do not think it is related to this.
@@physicsandmathlectures3289 Much obliged.
This is my very first day of learning Beta function. Now, I will check out Dirichlet Beta function vs Euler-Beta function. Thanks for mentioning them, guys.
@@physicsandmathlectures3289 How does anyone NOT find this just a confusing jumble of Way way too many variables?? No matter how smart you are..surely the re is no need for so many variables..
I literally learny this 4 months ago and now i get almost every time get a's i guess i missed on beta fuction
I was hoping this could help me in the Incomplete Beta Function needed to derive cumulative binomial distribution, it doesn't.
Difficult to see when you use red
I can confirm that this is useful
I would have never considered using sine and cosine to prove it! Good job though✅
Cool!😊
it should be sin^(2x-2) cos^(2y-2) 1:06
No, you get both an extra sine and cosine when changing dt. dt = 2sin(θ)cos(θ)dθ
2*sin^(2x-2)* sin^1* cos^(2y-2)*cos^1
Yes exactly
although educative, It is pity that it is visually not so clear.
Yes, some of the writing is hard to make out on a phone screen (both size and penmanship make it difficult). Thanks for the video nevertheless.
Khan academy vibes
They were a valuable resource for me as a young student, so hopefully I can start filling the gap in educational content for more advanced topics.
@@physicsandmathlectures3289 I really respect that goal, I find that there is quite a lack in higher level math content on TH-cam. Keep up the good work man :)
Bro u breathing on the mic
Don't give me the "the beta fonction is defined as" BS, like if you ppulled out of thin air! Show me its derivation, and the motivations!