Can you solve the Riemann Hypothesis for the next video? I'd appreciate the answer!
@maths_5052 күн бұрын
Trivial
@insouciantFox2 күн бұрын
@@maths_505left as an exercise
@handledav2 күн бұрын
@@insouciantFoxto the reader
@GeraldPreston13 күн бұрын
Ai minecraft speedrun when?
@daddy_myersКүн бұрын
I endorse. The mathemaniacs require a sacrifice.
@hassanbabajantabar32023 күн бұрын
Hey Kamal I have a suggestion for you: int from zero to infinity of ln(x)*e^x/(cosh(x))^2
@xanterrx97413 күн бұрын
I Love your videos I hope you get well and produce more content for us.
@zunaidparker3 күн бұрын
You know what comes next...plug it back into the original equation to see if it works ;)
@maths_5053 күн бұрын
@@zunaidparkerleft as an exercise to the viewer 😂
@darthTwin63 күн бұрын
You made that look almost easy! Great vid!
@raghavendraPiКүн бұрын
😁😁 after a long time, nice one
@cdkw23 күн бұрын
diff equations are the best!
@sebastianlopezgiraldo213 күн бұрын
Hey bro, do you study astrpohysics rigth? Would not you like to make videos about that any time? Great video as ever
@maths_5053 күн бұрын
I've recently ventured into AI now given the state of academia plus the socioeconomic state of the world rn. I'll return to it later though, but if there's anything I'd like to make videos on its quantum mechanics, especially now that I'm studying grad school qm.
@sebastianlopezgiraldo213 күн бұрын
@@maths_505 Oh yeah it´s true, I also study astronomy and the academy it´s not son friendly. It would be amazing you do it, because there are not lot of channels of qm so riguruos on youtube (almost are of divulgation that it´s ok too). Thank you and I love your channel
@jaykishan9266Күн бұрын
Which aap you are using to make videos?
@neg2sode12 сағат бұрын
I suppose he mentioned in his Q&A video that the app being used is the built-in drawing app for Samsung tablets.
@salkabalani14823 күн бұрын
Good job. The only potential snag I see is at time index 2:08 you defined your constant of integration as ln(A)/2. This necessarily means that you assumed that A0, which is not necessarily correct assumption. ln(0) is undefined. Of course, for values of A
@alnfsyh94032 күн бұрын
Hi, I'm still a new learner. But why did he say ln(u²-1) instead of ln(Abs(u²-1)). Then if 0
@munibzain1966Күн бұрын
The constant if integration can be any number. And ln(A)/2 can indeed be any number. The range is the entire real axis while the domain doesn't actually matter, since the integration constant is the function ln(A)/2 not A itself. Which means that regradless of the initial conditions, A will always turn out to be greater than zero.
@giuseppemalaguti4353 күн бұрын
u=dy/dx...(1+x^2)uu'+x=xu^2..(t=u^2)..dt/(t-1)=2xdx/(1+x^2)..ln(u^2-1)=ln(1+x^2)+c...u^2=k(1+x^2)+1..u=dy/dx=√(k(1+x^2)+1)...poi si integra
@Harshit-w5z2 күн бұрын
try it with exact differentials/solution by inspection
@A.Hisham863 күн бұрын
Why didn't you just assimilate the constant? I found y= A sinh^1(x) + B(x)sqrt(x^2 +1) + C :)
@zunaidparker3 күн бұрын
There are only 2 constants ie 2 degrees of freedom. You are introducing an extra degree of freedom that doesn't exist in the original equation, your B parameter is not independent of A.
@viktor-kolyadenko3 күн бұрын
Вы не проверили решение u = +/- 1. Хотя в 2:47 это соответствует A = 0.