DC response of an RL circuit//in Telugu//Transient analysis//Network analysis//diploma/pls subscribe

[@AnushaPutta-g1g]

Why we should divide with L

[@ashabegam-tw2ot]

Mam how it will come the value L(di/dt)

[@mahacreativeworld3597]

Well explained mam

[@SumaStudyCentre]

Thank you

[@SravanthiInti]

Non Homogeneous eqn explain cheyandi mam

[@unprofessionael]

Particular solution from m1😊

[@lokesh_kumar907]

From m2​@@unprofessionael

[@kamsalabramhachari9432]

ECA important quations with solution cheppandi pls pls mam
previous years question paper explain cheyandi mam pls and

[@SumaStudyCentre]

Ok, try chesthanu

[@veerasaiadabala1206]

Thank you mam😮

[@mr.venkatesh7878]

AC response ki kuda same ha madam

[@veerasaiadabala1206]

Will explained 👌

[@SumaStudyCentre]

Thank you

[@SivaGalla-i5l]

Super explanation madam

[@SumaStudyCentre]

Thank you

[@skgaming502]

Mam L/r ela vachindhi differentiation chesapudu🫡🫡🫡

[@SumaStudyCentre]

Equation 1 tharvatha integration chesam kadha, with time constant t ani, time constant t = L/R

[@ANONYMOUS-ze7yk]

Integration of e^ax+b = (e^ax+b)/a
In equation 1,integration of e^(R/L)t = (e^(R/L)t) /(R/L)
Since (a/b)/(c/d) = (a/b) (d/c)
So (R/L) becomes the reciprocal by multiplying in numerator
So we can write it as (e^(R/L))t(L/R)

[@SIMMAPRASANTHI-t7d]

Hii mam I have a doubt in this RL and RC and RLC circuit ki ee okkatey chesthey chalaa

[@SumaStudyCentre]

Meeku syllabus lo em esthe ala follow avvali

[@mr.smatest.boy.ganesh.9493]

Well explained madam 😊

[@SumaStudyCentre]

Thank you

[@ramakrishnamypala4440]

T type and π ATINUTER petandi mam 😊

[@SumaStudyCentre]

Ok

[@JogirajuRamakurthi-yf9zb]

Thanks madam

[@Pavannakka15]

DC response of RC chyandi madam video

[@SumaStudyCentre]

Chesanamma chudu

[@sravanammaheshsai]

Low phase filter chepadi medam

[@SumaStudyCentre]

Ok, pls subscribe

[@lakshmanmaruthimypala1796]

Super mam ♥️

[@DurgaPrakashRudravarapu]

First year maths kavali