i have to agree wit ubersuperbatman, more simple and easy videos, please! maybe one on how to solve the wave equation with boundary conditions and initial conditions..... i have seen the derivation of it so many times but no problems!
Thanks nice job, cam abit blurry at the start and at one point u was off teh board when you wrote z.But very clear, would be kewl if you could do some more advanced equations. Heat equation, wave equations etc etc. And perhaps slightly mre detail, jus slightly.
The constant "C" is assumed to be absorbed into one of those functions of x or y. For example, a function G(x) could be G(x) = sin x which has no constant, or it could be G(x) = sin x + 18, which does have a constant.
although i lost you after 20 seconds i enjoyed it. thanks
StuziCamis 3 weeks ago
thank you. simple example needed for simple minded like me
delkhairio 1 year ago
i have to agree wit ubersuperbatman, more simple and easy videos, please! maybe one on how to solve the wave equation with boundary conditions and initial conditions..... i have seen the derivation of it so many times but no problems!
slaouini 1 year ago
Great presentation; short and simple! Can you do more videos of how to solve other PDE's?
ubersuperbatman 1 year ago
Thanks nice job, cam abit blurry at the start and at one point u was off teh board when you wrote z.But very clear, would be kewl if you could do some more advanced equations. Heat equation, wave equations etc etc. And perhaps slightly mre detail, jus slightly.
UCANCALLMESUNNY 1 year ago
thanks a lot! very clear!
1c72 1 year ago
The constant "C" is assumed to be absorbed into one of those functions of x or y. For example, a function G(x) could be G(x) = sin x which has no constant, or it could be G(x) = sin x + 18, which does have a constant.
acs1789 2 years ago
Wouldn't there be a constant C in the final solution?
chriszeng8 2 years ago