I have checked a lot of videos about newton raphson method..i have to say, yours is trully amazing...you should get more credits/views/subs..your explanation is top ❤️...as a college student i will recommend your videos as much as i can..🔥🔥❤️❤️
Thank for sharing your lecture on RU-vid Dr. Alam. I am currently reviewing my Electrical Power Engineering courses and your lecture is extremely helpful. Cheers.
Thank you sir for recording your lectures and uploading on you tube,,, now i am revising my power system during this lockdown period,,, this is very helpful for all students. 👍👍👍
Hi, Beautifully explained, thank you for your work, however, I can't hold back but to ask you, isn't it supposed to be the difference of f(X) for r and r-1 iterations as a tolerance? since the value of tolerance is always treated as a convergence of the 2 successive iterations. Please correct me if I am mistaken, Thank you very much.
Sometimes, the above condition may not confirm the global solution. Ideally, all f(X) should be zero when solution is obtained. This is indirectly being checked by evaluating 'X' for r and r-1 iterations.
What an explanation sir! I dont know why u have less subscribers.. I will surely recommend this lectures to my friends, share and ask them to subscribe to ur channel.🙏🙏
@@zabehullah1033 I have already uploaded more than 50 lectures on Power System Analysis. Please check my channel videos. e.g. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-LuHM2D10UlE.html
To understand this, you need to watch the remaining parts of the following playlist: Newton-Raphson Method of Load Flow: ru-vid.com/group/PLEVP-S4VFKO9HEb7Mozh_sEQzekft-DLn
Sir, with due respect, I m from Kolkata, west bengal, sir can u give a vedeo on NR METHOD for load flow which u r making as for making understand us. An example of numerical + theory ..which we understand.. Thank u Sir