Signals & Systems 06 | Complete CTFS in 2.5 hours with AIR 1 | EE, ECE | GATE Crash Course

[@GATEWallah_EE_EC_CS_IN]

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[@SonuKumar-oe9qn]

#Maza #La_jabab❤

[@ashishsinghal7713]

can u share the pdf?

[@bubaimanna3920]

Thank You Sir

[@sukantadas7204]

😊

[@karrigopalakrishnareddy2971]

Sir 40:00 you write wrong energy equation it is square of h(t)

[@AdarshSingh-mx9qq]

he's checking for absolute integrability/summability of the impulse response. If it's valid, then the system is stable.

[@bhavanarajput9422]

Sir , Odd+Hidden HWS me DC + Sine ke odd harmonics honge na ...sir DC term hidden ki vjha aana chye na. ...

[@killergenix]

ODD HAI TO DC NAI AEGA NA BHAI

[@AYUSHSINGH-gq2tk]

Yes dc will also come

[@madhachishti4089]

Where is the solution set of questions that have been taught in these lectures?Can anyone provide me with that?

[@shubhamkanojiya4834]

Sir odd + HWS hai to sin k odd harmonics bhi hoge na

[@ashishsinghal7713]

can u share the pdf bro?

[@Swanicorn]

Sir Static Dynamic system me thoda confusion hai. lecture #4 me padha: check if o/p depends only on present i/p = static Which means ki output kuch bhi ho sakta hai, no particular format lecture #6 me padha: h(t) should be k.Delta(t) Dono chizo ko relate karwa do. Kya aisa hai ki lecture #4 wale static system jaise y(t)=x(t)+sin(t) ka h(t) derive karenge toh woh k*del(t) aayega?

[@killergenix]

YAHAN WE ARE DEALING WITH LTI ONLY

[@killergenix]

Y(T) = X(T) + SIN (T) IS NOT LTI BRO

[@Swanicorn]

@@killergenix I like the LTI explanation. That makes sense.

[@ashishsinghal7713]

can u share the pdf bro?

[@nithishaathreyatn9575]

How to take time period To @2:30:25?? can anybody explain?

[@abhinavverma1296]

It is the periodicity of the signal