I don't understand how my lectures and book do not mention the importance of the initial values being 0. After your emphasis on this point, everything became so much easier!! Thanks
@@PunmasterSTP I had one great professor, got an A in that class. The other professors were so f*cking incompetent they had to set the curve as ~40% is a C so I passed everything. 3.0 for the semester
Yes, there is a mistake in the first step. It should be S^2.Y(S) - s.Y(0-) - Y'(0-). Since all the initial conditions are zero, it will not affect the answer.
this seems like an accurate description of transfer functions, not an explanation. it seems that prior content is desperately missing before understanding this.
I don't understand how my lectures and book do not mention the importance of the initial values being 0. After your emphasis on this point, everything became so much easier!! Thanks
Why did I learn more in this short video than I did in the past 2 weeks of my ChemE lectures?
God bless your soul
How did the rest of your classes go?
@@PunmasterSTP I had one great professor, got an A in that class.
The other professors were so f*cking incompetent they had to set the curve as ~40% is a C so I passed everything. 3.0 for the semester
@@Stripping_Bolts I'm sorry to hear about how bad your professors were, but I'm glad you crushed it!
The only lecture videos I love more than your lecture videos are your lecture videos. ❤❤❤
Understood the concept soo easily..CRYSTAL CLEAR🙏🏻❤️thank you sir.. way of teaching is amazing 👌❤️❤️
The value of d^2y(t)/dt^2 = S^2Y(S) - SY(O-) - Y'(0-) ...you write it wrong.. please check it ....
thank god you posted this, I was thinking the same thing but didn't know if I was wrong
thanks
Thannks I was also thing this.
Clear explanation perfect professional
wtf it was that simple? what the hell was my lecturer mumbling in front of the class for the past 3 weeks then?! holy shit you are a life saver
there is mistake, transfer function of double differentiation is [S^2 Y(S) + S Y(0) + Y'(0)]
True, I noticed that too that there was no S•Y(0), but it made no difference since the initial conditions were zeroed.
No sir negative sign hi Hota hai
i was going to comment that,
Yes, there is a mistake in the first step.
It should be S^2.Y(S) - s.Y(0-) - Y'(0-).
Since all the initial conditions are zero, it will not affect the answer.
S² Y(S) + S Y(0 of init) + dY(0 of init)?
Perfection at its peak
Transfer function? More like "terrific instruction!" Thanks again for making and sharing all of these really high-quality videos.
the s variable in the initial condition is missing
Very clear explanation. Thank you so much sir, you help me pass through the midterm exam.
Extremely useful, helped me greatly
I love your tutorial! Very clear.
Very useful video, thank you!
Very very good explanation sir ji 🙏🙏
Thank you Sir you gave a clear explanation on this video. I was really struggling with this topic we appreciate you thanks a lot🙏🏻.
Sir, please upload all communication subjects of ec engineering.
Thank you .
thanks Sir❤
Thank you very much
pls add a playlist of engineering mathematics
for GATE and college exam purpose ...
Thank you
super dear sir
I am waiting for more examples
this seems like an accurate description of transfer functions, not an explanation. it seems that prior content is desperately missing before understanding this.
Best video
sir pls cover all the topic of control system fastly as possible
Hello sir why is needed take the Laplace transform in the transfer function please sir tell me
time domain se frequency domain m aur kse lejayega??
hi just wondering how do u evaluate the expression d^2y(t)/dt^2?!
Sir , c++. Course plz
What is the difference between transfer function and efficiency?
I m also waiting for example
Sir plz upload control system rootlocus
🔥🔥🔥🔥
Damn
thanks Sir🙏❤