Laplace Transform R.O.C. (Signals and Systems, Lecture-19) by SAHAV SINGH YADAV

[@GATECRACKERSbySAHAVSINGHYADAV]

Dear Students! If you find the video knowledgeable then please share the video & Channel link on social media platforms (KZbin Videos comment box, Facebook, What's app, messenger, etc.), It will help those students who can't afford expensive coaching classes.

[@shamlybaby1421]

Your channel gonna be next of khan academy to be taught so grounded..hats off to you

[@jhilikkundu3158]

Sir..you clear every little doubt about the topic.... thanks sir...

[@sumitanand1978]

My 1 friend has share your video now i use too share it to all thank u sir

[@trishaprajapati1430]

Best teaching style...thank you so much sir.

[@vaishnavipatil5352]

Wow Good job ...with laplace you also taught about causality , stability using ROC. I like this video really helpfull. Thank you so much.

[@zarrarhassan6377]

Great job..! Thanks a million for sharing your knowledge.

[@ganeshnageswaran4808]

I don't know hindi but understood well..Power of this sir✌

[@adityapadhy828]

Great sir .you are god of engineering concepts 🙏🙏🙏🙏🙏🙏🙏🙏🙏🖕🤟✌️✌️

[@suryavoroy3527]

ROC > gretaest pole for causal and ROC < least pole for anti causal and for non causal it lies in between

[@shubhamkumar-vp1pf]

Wonderful explanation 👌👌.

[@anupamvishwakarma3602]

Very helpful classes ...great applaud to ur effort sir...

[@KuldeepSingh-ep7rv]

Amazing Sir!! You teacher better than coaching faculty.

[@monusingh-lx7dg]

Sir aise hi Raha toh AAP made easy band krwa doge,😉

[@MAMTAKUMARI-yn6wu]

Ekdum sahi

[@ravin754]

Yadav Sir jaise teacher hme mile hai, wo bhi bdi bat h, sbko aise teacher mile, MADEEASY join krna keval rich studends ke leye h...

[@gatefighters.2242]

@@ravin754 yes bro ,Sahav Singh Sir is our Anand Kumar to give the path to the IIT, may sir live long❤

[@hawkeyestrongestavenger38]

This channel is better than Unacademy

[@sagarkhamkar6265]

thank you sir you cleared my all doubts and basics of laplace

[@aloktripathi6370]

your vedios are bestever vedio for gate preparation thank u sir

[@sumitnawariya1045]

You are doing a good job sir.

[@aniruddhaborkar3669]

Best explanation , just needed to draw ROC diagrams. And please get a bigger board!

[@atulpoonia8417]

You are best sir...

[@saritaverma3890]

Itni easy language me samjhaya h sir.thanx a lot

[@rsanobserver6410]

U r ultimate Sir...

[@rishabhyadav7953]

Sir video ke end mein, jahan 4 laplace niakle gaye hain, unme 4th waale ke ROC m small mistake hai.

[@realislamicguidance2375]

Laplace Transform converges (gives finite value) in ROC. How is this information (the finite value of LT) help us anyhow?

[@OmPrakashGupta-ft5bk]

Sir, please make a lecture on Circuit Analysis using Laplace transform.. I'm having lots of problem that when and where to use the laplace transform to analyse the circuit...

[@kanaktandon1573]

Great Work Sahav Sir

[@princemenon8864]

Sir can we identify if the system is causal or noncausal or even anticausal form the pole zero plot???

[@vaibhavgupta9503]

Hello sir. There is a video in which you have explained the practical significance of laplace and fourier like when to use what. I am not able to find that video. Can you or anyone else please share the link of that video. It will be very helpful. Thanks in advance.

[@darshitvachhani9790]

Sir bahut acha sikhaye ho aap maza aa gaya

[@abhishridwivedi5367]

Sir aap bohot bdhiya pdhate ho🙌

[@TechnicallyExplained]

Why do we say that when region of convergence inclues jw axis, The system is stable- Because on jw axis Fourier Transform is defined. For more explanation.. Please watch the video kzbin.info/www/bejne/aojSdGt4a6hnhM0

[@surajprasad4894]

awesome explanation..keep it up

[@harismalik9706]

thanku sir it is really a good lecture

[@augustoeduardo209]

very nice, helped me alot

[@kundankumar-ll8in]

Sir lAst m re(s)

[@adarshytc]

Thanks a lot Sir

[@ankitachoudhury9531]

sir if there are more than 2 poles,then what will be the roc of non causal system ?

[@GATECRACKERSbySAHAVSINGHYADAV]

+Ankitaji.. I have explained in one of the videos.. Please watch all the videos... Let poles are 3..a, b, c.. Assume a>b>c then for non causal.. There may be two conditions. Either b

[@exampoint8079]

Super duper hit sir Thank you sir

[@varunkumarniranjan5193]

10:55 sir ek time domain fn to freq domain Mai convert Karne ke liye ye sab transform hote hai phir 1 agar time domain mai exist Karta hai to frequency domain mai bhi exist Karta hoga to phir vo aisa Kaise ki Fourier transform se time domain to frequency domain mai ja Sakta hai par Laplace se nahi means anyone is wrong or a time domain fn has different frequency domain models . pls elaborate sir Thanx sir ur videos are really helpful

[@GATECRACKERSbySAHAVSINGHYADAV]

i didn't get ur question...what u want to ask? at 10:55 i m calculating laplace of U(t)..So what u want to ask?

[@varunkumarniranjan5193]

sir can I get ur whats app no I will click a photo of question and send

[@monusingh-lx7dg]

Sir last wali line meh roc

[@Satyam95golu]

Thank you sir 😇

[@Excitedinlove]

Thank you 🙏

[@AnanyaSrivastav-p3m]

hlo

[@fazilshafi8083]

Thank U Sooo Much Sir...

[@raviteja5684]

Sir ....which text we should prepare...which suits for gate....

[@GATECRACKERSbySAHAVSINGHYADAV]

Previous Year question papers.. Kanodiya....

[@gauravtomar4204]

At 31:33 you have by mistake written Re(s)

[@KandhwaySubhash]

Gaurav Tomar it's u(-t)

[@subhodeepsinha7890]

Yes there's a mistake there...

[@balajibaheti8577]

@@KandhwaySubhash sir written it a it should be -a.

[@sameera2426]

yes u r right

[@puskarkumargupta3582]

Thank you so much sir

[@adarshytc]

No coaching only self study for gate

[@eduart7095]

Sir ROC imaginary axis ko include karnese system stable kase hota he?

[@GATECRACKERSbySAHAVSINGHYADAV]

if ROC includes imaginary axis then Area of the transfer function is finite which indicates that system is stable (Transfer function is absolutely integratable)

[@eduart7095]

Sir please tell how the area of transfer function is finite there

[@sauryabharti7302]

Happy teachers day 😘

[@pranittawsalkar3018]

L.T me u(t) ka (-1/s) kese aaya I mean, negative value kese aaya Please explain me sir

[@jainpriyanshu1893]

Sir is this series helpful for GATE ME

[@shubhamtiwari7704]

Sir del (t) stable hai ya unstable

[@GATECRACKERSbySAHAVSINGHYADAV]

Stable... Area is finite.. Area equal to 1

[@meenazsaiyed4833]

Topic wise gate previous question k video bhi upload kre

[@SUHANA575]

Sir DC machine video dalie sir please

[@mayuripanat4328]

Nice

[@rishabhupadhyay1940]

sir inverse laplace ka bhi video bana dijiye

[@GATECRACKERSbySAHAVSINGHYADAV]

Already uploaded... Watch full series of Laplace Transform

[@rishabhupadhyay1940]

kis part me h

[@GATECRACKERSbySAHAVSINGHYADAV]

Watch full series.. Mujhe yaad nhi h k kis part me h...jisme different different rocs given h

[@satyamvishwakarma3444]

Sir op

[@Pratapbhanu12]

Thank you sir

[@imprashant1869]

Sir thda sa speed kaam rkha kre

[@starkumar7221]

mastttttttt.............

[@sujitgupta7004]

25:47 PR apne khana ki 1 pe depend nhi kr raha ...WO smaj nhi kase.

[@GATECRACKERSbySAHAVSINGHYADAV]

Graph me left bala part future hota h..aur jis point par vertical line dikhe wo discontinuous point kahlata h

[@sujitgupta7004]

or agar wahi garhp past me ho ...or vertical point ho tb vi discountius hoga?

[@GATECRACKERSbySAHAVSINGHYADAV]

kisi v point pe vertical line discontinuous point hoti h.....i continuous time domain....

[@sujitgupta7004]

oooooo

[@apoorvagarwal796]

Wow

[@aravindmvss5947]

Sir I feel this lecture missed your mark .. you were explaining it too fast and also I am confused as my syllabus has Laplace transformation for network analysis and iam looking at this .🙂

[@apoorvagarwal796]

Badiya

[@PankajKumar-qg8yz]

Sir don't say ki pehle padha hoga ...please clear kar dia karo same time me

[@AnjaliKumari-nc3fo]

thanks aot sir

[@dewashishkumar5785]

SIR EK BAR AAPSE MILKR APKA PAIR CHHUNA CHAHTA HU HM GARIB STUDENT KE LIYE AAP MASIHA HO

[@GATECRACKERSbySAHAVSINGHYADAV]

Pair nhi dear Gale lagaunga...God bless you...pakka milenge..

[@nebyatwelday2431]

10q

[@SandeepChaudhary-vx9zy]

I found u are teaching wrongl....to the right side of present value is future value....n toward left is past value

[@GATECRACKERSbySAHAVSINGHYADAV]

Sandeepji... Ur logic is incorrect.. Take one example.. Y(t)=x(t+2)..here put t=0 then argument of y is zero and argument of x will be 2 hence output depends on future value of input... N now think about shifting... Positive shifting results left side shifting... So left side is future... If not clear please join what's app group n share ur doubt there..

[@shubhamsatyadeo9763]

Sir what if we represent 1=u(t)+u(-t) then Laplace transform is possible?

[@apoorvsharma6999]

@@shubhamsatyadeo9763 not possible because u(-t) is not integrable between 0 and - infinity

[@studywithpk5]

Thank you sir