ROC and Stability

[@AquaLifebygauravkumar]

Righted sided signal, stable, absolute integral

[@saadjamil1198]

Right Sided Signal Stable Absolutely Integrable

[@gopikrishnamoodu6152]

Right sided Stable Absolutely integrable

[@mbhagyarajareddy4639]

Right sided signal Stable Absolutely integrable

[@kopparapusaikrishna3785]

Right sided signal, stable as jw is included and absolutely integrable

[@ganesharts4748]

Rss,stable,absolutely integrable

[@kashmirvalley7861]

Ganesh Pathivada yes ..same ✋✋

[@abhiramanne9649]

attending my university classes is time waste when NESO academy is here

[@raj_kumar08]

Right sided ,stable and absolutely integrable

[@parthib.1555]

Right Sided, Stable, Absolutely Integrable Signal

[@Rahul1918-f7t]

Right sided signal ,absolute integral and is stable!

[@nahidahmed7092]

7:19 right sided signal & It's stable

[@sandeepprajapati8718]

absolutely integrable so the system will be stable

[@mvenugopal4129]

Absolutely integrable Stable

[@raghavbahuguna3553]

Right-sided , Absolutely integrable and stable LTI

[@yogita6573]

right-sided signal LTI- Stable ABSOLUTELY INTEGRABLE

[@prachigupta6232]

h(t): right sided signal LTI: Stable h(t): Absolutely integrable

[@sharansaign8093]

stable,right sided and absolutely integrable

[@catsports734]

it means that we have to watch that wiether it include jw or not and sigma is called damping factor which we change in x-axis and the system stability shift. wow everything is getting clear .From UET bannu campus

[@sreevanipullagura2958]

Excellent Explanation

[@allcompetativeexams2987]

Right sided Stable Absolute integrable

[@tripathiragini6060]

Rss, -2 is the right most pole. Since it is including ke axis it is absolutely integrable and kyo system is stable

[@vanitalasila2202]

Right sided signal, Stable and Absolutely integrable

[@ananthnaggarapu1129]

Stable and absolutely integrable

[@nitinkamra8972]

thanku...soo much sir 😊 and is absolutly integ. and stable and right sided.

[@freeandreliablejeeprep820]

thank you prabhupad and krishna and sir for helping

[@Amit-b9q2j]

h(t) is right sided LTI is stable as it includes the imaginary axis h(t) is Absolutely integrable

[@Trendingmautarmaa]

right sided signal stable Absolutely integrable

[@deepakpandey..]

happy teachers day neso

[@bun_zees3245]

Right sided , stable , integrable

[@elsbbbb1]

Thank you, very clear explanation as always.

[@kolanaresh7077]

✅ side signal stable absolutely integrable

[@realislamicguidance2375]

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

[@roushansingh9936]

FOR FIFTH PART, Right sided signal, Stable LTI Signal, and Absolute Integral!!

[@Tune...173]

Rightsided signal stable absolutely integrable

[@adityabhadouria4320]

right sided signal, absolutely integrable, stable.

[@nitishkumarprajapati6096]

Thanks Sir🙏🙏

[@GM-xz4xc]

Thank you sir !

[@rprvk]

It's a right sided signal and absolutely integrable and system is stable

[@artham7937]

Are these lectures enough for gate???

[@surajagarwal2933]

Rss stable lti Abs integrable

[@phanindrareddy4885]

Nice sirrrrr

[@ankitgandhi5411]

You have told here that if ROC include the imaginary axis then it will be stable. though the pole is exist on right and side of the imaginary axis. But in Root locus of control system there if pole is exist on the right hand side of imaginary axis then it's unstable. why it's different? can you please clarify this...

[@abhishekchoudhary4653]

In control system,system is assumed to be causal whereas in above question system is anti causal

[@reficeismail6520]

right sided signal stable abs int

[@vinaypant557]

RSS, stable lti system and absolutely integrable

[@anuradhaanu9210]

LTI is stable h(t)=absolutely integrable h(t)=right sided

[@TemplateTroveNCRax]

R.S.S , h(t) is absolutely intigrable so the system is stable

[@yogireddy6345]

Super

[@abromioitis]

RS, AI, Stable

[@ee19gauravshrivas18]

RS Stable AI

[@vaibhavvarshney8949]

RSS , Stable and Absolutely Integrable

[@Mdaminul-wd9tl]

R.S.S;Stable;A.I

[@ambergupta4757]

RSS, STABLE & AI

[@Elmaxsivu]

Poles must not be included in ROC because ROC has no poles, therefor ROC has no poles, Hence there are no poles in ROC, so we dont wright poles include or include any poles for ROC because hence so......... give it a rest XD

[@amirmasoud1583]

RSS Stable AI

[@Amit-b9q2j]

h(t) is right sided LTI is stable as it includes the imaginary axis h(t) is Absolutely integrable