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5:24 Sir, is Xn(x) term missing in the final step?
Oh yes, I forgot to write sin term, right? Thanks for watching carefully and pointing it out!
@@DrMathaholic Welcome sir! Ab carefully watch nahi kiya to exam mein laale pad jaenge...😂
@@yashwardhanpathare3970 hahahaha... true 😂
Sir, how to solve a 1-D heat equation containing either an isolated end and a non-zero end? Thanks
Hi,Pls see this Playlist.. th-cam.com/play/PLwaXU7G6Urbdx77k27RvtH24aXXrDc-np.htmlHope it will help 😊
there is no previous session for the derivation of the steady state formula. 1:25
th-cam.com/video/cZxVLe-7ahI/w-d-xo.htmlHere it is..
I just saw, it wasnt on the Playlist.. I will add..thank you.
10:03 sir, how did you get this solution for Utr. Instead of K it should be n there in the solution 🤔 ?
See the page at 5:39 there I have mentioned the formula for utr..
@@DrMathaholic sir but there is no k involved in this solution 🤔
@@The_Ronak oh haan.. it should be n. Galti se k likh diya.Thanks for noticing 😊
@@DrMathaholic Sir I didn't understand this convo, what exactly is wrong there?
19:33 sir I think this is the solution of Bn. Or am I getting something wrong?
What r u getting?
@@DrMathaholic No sir, there isn't any mistake in the solution. It's just that at 19:30 it should have been Bn = ... Instead of Utr = ...
@@yashwardhanpathare3970 aah!! Yes..👍
sir everything is correct but in final answer c^2 is not multiplied to power of e
Oh, what timestamp?
sir, answer of Bn in first scenario is = (-300(-1)^n +100 )/(n*pi).
After session 6 , session 8 is visible in playlist , is session 7 available in other playlist or not available?
Oh..I think i might have missed 7th number.Thanks for pointing. I will edit the numbering.
5:24
Sir, is Xn(x) term missing in the final step?
Oh yes, I forgot to write sin term, right? Thanks for watching carefully and pointing it out!
@@DrMathaholic Welcome sir! Ab carefully watch nahi kiya to exam mein laale pad jaenge...😂
@@yashwardhanpathare3970 hahahaha... true 😂
Sir, how to solve a 1-D heat equation containing either an isolated end and a non-zero end? Thanks
Hi,
Pls see this Playlist..
th-cam.com/play/PLwaXU7G6Urbdx77k27RvtH24aXXrDc-np.html
Hope it will help 😊
there is no previous session for the derivation of the steady state formula. 1:25
th-cam.com/video/cZxVLe-7ahI/w-d-xo.html
Here it is..
I just saw, it wasnt on the Playlist.. I will add..thank you.
10:03 sir, how did you get this solution for Utr. Instead of K it should be n there in the solution 🤔 ?
See the page at 5:39 there I have mentioned the formula for utr..
@@DrMathaholic sir but there is no k involved in this solution 🤔
@@The_Ronak oh haan.. it should be n. Galti se k likh diya.
Thanks for noticing 😊
@@DrMathaholic Sir I didn't understand this convo, what exactly is wrong there?
19:33 sir I think this is the solution of Bn. Or am I getting something wrong?
What r u getting?
@@DrMathaholic No sir, there isn't any mistake in the solution. It's just that at 19:30 it should have been Bn = ... Instead of Utr = ...
@@yashwardhanpathare3970 aah!! Yes..👍
sir everything is correct but in final answer c^2 is not multiplied to power of e
Oh, what timestamp?
sir, answer of Bn in first scenario is = (-300(-1)^n +100 )/(n*pi).
After session 6 , session 8 is visible in playlist , is session 7 available in other playlist or not available?
Oh..I think i might have missed 7th number.
Thanks for pointing. I will edit the numbering.