Initial and Final value theorem in Laplace (Signals and Systems, Lecture-23) by SAHAV SINGH YADAV

[@dakshgupta4373]

Thanku great teacher🔥🔥🔥🔥

[@prashantsharma7788]

❤️❤️❤️❤️❤️

[@sangitakumari6364]

thank you sir.

[@gajendrakrsharma485]

Nice sir

[@GATECRACKERSbySAHAVSINGHYADAV]

At 9:47 time lower and upper limits are interchanged.. Please correct that...

[@sayandas3202]

sir. yeh causal kaysa ho gaya???... aap akbar yeha par likkh ke bata dijiye

[@babulaswain9744]

thanu sir , u cover all possible cases... thanku very much sir...

[@rajatgupta1474]

Thankyou sir... You know that u are doing very good job, not only for students who are doing self study but also for those , who are going to coaching institutes.

[@RutulPatel]

Great explaination for intial and final value theorem limitation. Thank you very much sir

[@AyushGupta-si6zt]

thank you sir for your lectures. it helps me alot for preparation

[@shraddhamane6346]

Sir, ROC pe ek aur seprate video banaye na....thoda confusion hota hai

[@er.sourabhmaini1107]

16:33 special questions

[@er.sourabhmaini1107]

22:20... hints when ROCs are not given

[@MSp99959]

When infinity is not comes in ROC then how to calculate in time domain and how to determine initial value?

[@pratikrahate6227]

SAHAV SINGH YADAV Sir, Happy Teachers day with lots of respect and wishes to you for providing us technical conceptual knowledge. God Bless you and your family with great health. Looking forward to you and keep supporting us for gate 2019.

[@kaushikmondal3005]

Great lecture on Initial and Final Value Theorem. Specially the restrictions of applying these two theorems are awesome.!! 👍👍👍👍

[@PankajSingh-dc2qp]

Initial value theorem only applies to unilateral Laplace transform. Signal @ 18:30 not unilateral.

[@rohansrivastava111]

Thank you sir, your videos helps a lot. Concepts are very clear after your explanation 😊

[@What_the_fauji]

I couldn’t understand how the system in first question is causal? Although i have seen all previous videos. Which video have you spoken about finding causality of differential equations?

[@anilangarapu9275]

I too have the same doubt

[@ajitsikdar7613]

You can see in the playlists there is a video totally based on casual, anti causal and non causal.. In types of system 1st video is that video

[@izazahmed8212]

same here

[@entertainmentpro2186]

It's simple man .output depends upon the present input only

[@MSp99959]

Sir jb ROC m infinite nhi ayega to time domain m convert krke solve karna h I can't understand this concept please explain this with an example

[@er.sourabhmaini1107]

24:35 Final value theorem

[@rahuldeokar8386]

Sir in this video at 1:15 you said that system is causal but I am not getting why? shall u plz explain me

[@GATECRACKERSbySAHAVSINGHYADAV]

all the arguments are same so depends on present value..and also differentiation is also a causal system

[@rahuldeokar8386]

Ohk thank you sir

[@gatefighters.2242]

Sir,I have one & only doubt that is - "If Roc>1 ,then s~0 doesn't exist & for which final value theorem doesn't exist & the answer became wrong",please tell me in such kind of case where Roc doesn't satisfies the condition then what limit of "s" we should have to put....sir please reply...so that my doubt will be cleared very well. 😊

[@ashutoshyadav9547]

Is there a relation with mode while taking laplace for ROC and normal laplace as e^-t somewhere shown is 1/(s+1) and sometimes it shown as -1/(s+1)

[@akashkumar-tf9hl]

Why the system is stable if ROC contain the origin part ?

[@GATECRACKERSbySAHAVSINGHYADAV]

It indicates that area of system is finite... So it is stable..

[@ashitaupadhyay4120]

Sir suppose a question is asked to find the laplace of a function then do we have to solve for the laplace for which it becomes stable?

[@pankajpushpakar7351]

Very Nice Lecture sir,

[@amoldongare3306]

Verrryyy nice lectures sir……

[@pankajsanodiya6833]

Sir how can i solve partial fraction by ur method for s+4/(s+3)(s+2)

[@GATECRACKERSbySAHAVSINGHYADAV]

(s+3)/(s+3)(s+2) +1/(s+3)(s+2) =1/(s+2) + 1/(s+3)(s+2) Now solve it using that method

[@Mallulocopilot7552]

Sir the initial value of the -e ^-t u(-t) is zero.. Plese specify the final answer.. I cant much understand hindi.. Your class is soo good

[@TheAnnJ99]

Adhars Ek yes it is 0

[@vaishnavipatil5352]

Sir i want to join you're WhatsApp group

[@Heisennburg]

Sir diff eqn me kaise dekhte causalty ni hai prev video me

[@niharikashishodia99]

if the unit step response of a network is 1-exp(alpha *t) then unit impulse response is??? sir plss solvr this ques....

[@Vkp02]

sir ek request thi.. laplace mein aapne jo bhi padhaya h agar aap uska ek question bank de dijiye..

[@GATECRACKERSbySAHAVSINGHYADAV]

I will try....After Diwali

[@sameersk9295]

hello sir ek advice he ki jab bhi ap bolte ho "us video mein batya he " aap uska link dedijiye tab hame dhundna nahi padega and quickly voh video dekh ke yeh continue kar sakte he tq

[@rajatgupta1474]

Bhai shuru se dekhna shuru karna . Dhoondna nahi prdega. Beech m se q pardhte ho

[@jitendrak5137]

Sir applyiny initial value theorem to u(t+1) by laplace method give wrong answer although its ROC include infinity.... do we have to veryify causality first

[@KnowledgeTrip]

Yes... U r correct...

[@meenugangwar2538]

nice lecture

[@pujaprabhakar1542]

How initial value can be find out of 1/(s+1)(s-2) Please help sir

[@bhargavachari6339]

Sir what if the transfer Fn has numerator power more than denominator power

[@thelearningcentre7101]

Please guide how to find roc of x(t)= U(cost)

[@ruchikumari7450]

sir, your videos are very helpful in brushing up the concepts . But sir, I am working in an IT company and manage to find very little tym for self studies. Please suggest as to what approach should I follow to crack gate ece .Also, is there a whatsapp group that I can join for gate problems?

[@GATECRACKERSbySAHAVSINGHYADAV]

chat.whatsapp.com/1mtDKj6ChxX4DVAjWUhtfe Wtch playlist of gate preparation strategy

[@er.sourabhmaini1107]

Initial and final value theorem start from 10:30

[@rkbrothers9724]

Suprb sir

[@dineshsfansclub5823]

Sir where we take s as a common i always confuse If we have second order system or third order system then how to apply these theorem plz Reply in details

[@GATECRACKERSbySAHAVSINGHYADAV]

chat.whatsapp.com/7mqs5vwI3IOLtUWDPPfyQX

[@darshitvachhani9790]

Sir system cusal hai uske liye video ki link de do

[@jhilikkundu3158]

watch lecture-21 ,22

[@rahulsinghkshatriya4661]

conditions for initial and final value theorem pleas ecplain

[@thelearningcentre7101]

At 9:47 min. Of video...limit is wrong...you have put lower limit first instead of upper...

[@karuneshchaturvedi6500]

👍👌