Introduction to Transfer Function

[@hansdekker1559]

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

[@Stripping_Bolts]

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

[@PunmasterSTP]

How did the rest of your classes go?

[@Stripping_Bolts]

@@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

[@PunmasterSTP]

@@Stripping_Bolts I'm sorry to hear about how bad your professors were, but I'm glad you crushed it!

[@ak_ss8330]

Understood the concept soo easily..CRYSTAL CLEAR🙏🏻❤️thank you sir.. way of teaching is amazing 👌❤️❤️

[@littleKingSolomon]

The only lecture videos I love more than your lecture videos are your lecture videos. ❤❤❤

[@ardius9777]

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

[@suba712]

Clear explanation perfect professional

[@MotivationClubAmir]

The value of d^2y(t)/dt^2 = S^2Y(S) - SY(O-) - Y'(0-) ...you write it wrong.. please check it ....

[@willm6598]

thank god you posted this, I was thinking the same thing but didn't know if I was wrong

[@abhinavsharma559]

thanks

[@adnanahmadknowledgevideo]

Thannks I was also thing this.

[@PunmasterSTP]

Transfer function? More like "terrific instruction!" Thanks again for making and sharing all of these really high-quality videos.

[@hiteshdholakiya841]

there is mistake, transfer function of double differentiation is [S^2 Y(S) + S Y(0) + Y'(0)]

[@AJ-et3vf]

True, I noticed that too that there was no S•Y(0), but it made no difference since the initial conditions were zeroed.

[@jatinrelwani1007]

No sir negative sign hi Hota hai

[@نورهانفتحىفهمى]

i was going to comment that,

[@piyushsoni4100]

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.

[@_SweetLittleAngel_]

S² Y(S) + S Y(0 of init) + dY(0 of init)?

[@Sora-bo2rl]

Very clear explanation. Thank you so much sir, you help me pass through the midterm exam.

[@kapilumrania]

Perfection at its peak

[@user-un9ej7th6j]

Extremely useful, helped me greatly

[@OnlineSlots7]

I love your tutorial! Very clear.

[@GrzegorzMusial-r3n]

Very useful video, thank you!

[@petersimthobele]

Thank you Sir you gave a clear explanation on this video. I was really struggling with this topic we appreciate you thanks a lot🙏🏻.

[@Avaneesh20]

Very very good explanation sir ji 🙏🙏

[@-Mohamed_bayan]

the s variable in the initial condition is missing

[@624_utkarsh4]

pls add a playlist of engineering mathematics for GATE and college exam purpose ...

[@sanskarkumar8674]

thanks Sir❤

[@kkb5418]

Sir, please upload all communication subjects of ec engineering.

[@poojachaurasia9374]

Thank you .

[@AzmatAbbastech]

super dear sir

[@triptidevi2590]

Thank you very much

[@jatinrelwani1007]

Hello sir why is needed take the Laplace transform in the transfer function please sir tell me

[@UtkarshSinghP]

time domain se frequency domain m aur kse lejayega??

[@RajKumar-ny5yy]

Best video

[@manojsaravana3877]

Thank you

[@pepe6666]

this seems like an accurate description of transfer functions, not an explanation. it seems that prior content is desperately missing before understanding this.

[@ELECTROGYAN]

I am waiting for more examples

[@naethanalmeida2454]

hi just wondering how do u evaluate the expression d^2y(t)/dt^2?!

[@be_a_39_mayurikumavat16]

Sir plz upload control system rootlocus

[@devanshraval7837]

Sir , c++. Course plz

[@yuvrajsrivastava2387]

sir pls cover all the topic of control system fastly as possible

[@sudhakaravv9444]

What is the difference between transfer function and efficiency?

[@sherozali3498]

I m also waiting for example

[@syedismail1849]

🔥🔥🔥🔥

[@Tekalook]

Damn

[@sanskarkumar6484]

thanks Sir🙏❤