Shooting Method for Nonlinear Second Order Boundary Value Problems

[@UmeHabiba-i1q]

Is there any lecture on non linear 2nd order non linear boundary problem for PDE/ODE?

[@HabiburRahman-de9st]

Thank you for such an amazing leccture☺☺

[@AnuMathLessons]

Glad you like it...good wishes!!

[@siddharthaharidas4161]

Thank you very much 🙏🙏🙏🙏

[@AnuMathLessons]

Glad the video was useful....Good Wishes....

[@AliAkbar-tt4bz]

Could you please share the coding in drive as its not clear in video .. please mam

[@rojito3623]

Could you please provide us with all the materials (code, pdfs, ...) you used in the video

[@MuhammadRoshan-h6d]

maam can you send the codes of shooting method for coupled system of partial differential equations?

[@Casual.learning230]

Ma''am you wrote p(x), q(x), r(x) all may not be linear... but these are depending on x means y is not involved in these terms... then how any of them can be non linear?

[@AnuMathLessons]

You are correct. They are functions of x and y and their derivatives. It was a typo error. Thanks for the correction.

[@Casual.learning230]

@@AnuMathLessons you're welcome! Ma'am can you please tell me that how can we proceed then? I mean what thing will make that BVP non linear? as we're discussing Shooting method for non linear BVP

[@AnuMathLessons]

The video is on nonlinear equation only. Plz check the example given in the video

[@Casual.learning230]

@@AnuMathLessons dear Ma'am make me clear about non linear ODE please... In general form how can we write it

[@AnuMathLessons]

@@Casual.learning230 If in an ode, we have terms involving higher powers (more than 1) of derivatives or when we have product of terms involving the dependent variable y and its derivatives or when we have higher powers of y (more than 1), then such odes are nonlinear odes.

[@HabiburRahman-de9st]

Could you please do one on Monte Carlo Simulation?

[@AnuMathLessons]

Will try