Laplace Transform of RLC circuit with initial condition

[@amirulaqil9786]

For the capacitor transformation for the s-domain, we have to be extra careful with the polarity as the polarity is opposite of the current flowing direction.

[@3asonchan]

It is important to take note of polarities

[@danialahmad9381]

We must maintain care when performing the capacitor transformation in the s-domain as the polarity is in the opposite direction of the current flow.

[@manalojonathan7288]

polarities are important to look out for as the polarities for inductor and capacitor are different

[@Jareth-hj7zd]

Section C and D are almost the same. Changing the original values to s-domain values then finding the expression from there.

[@mohamedthanveer4038]

thank you

[@weida2616]

We need to take noted of the polarities as for inductor and capacitor is different

[@don_a_than6217]

need to watch out for the polarities for the total voltage

[@Legends_CCC]

Have to take note of the inductor's polarity when there is an initial current.

[@SG5055Y]

For s-domain inductor, current flow from negative to positive while s-domain capacitor, its current flow from positive to negative

[@htetmyatmin5575]

I understand that if Li(0) = 0, then it is not necessary to put the secondary voltage as it is same as no initial condition.

[@chillegend8542]

learnt laplace transform of RLC circuit (w initial condition) and how to draw it out (while also taking note of polarities) and also leave it in the form of I(s)

[@nyeinhsuhtun]

Transformation of RLC circuit with initial conditions

[@marcozhong4306]

polarities are important

[@SECONDHANDSLIPPERS]

i learnt that polarities matter

[@ryanloh2475]

Capacitor transformation for the s-domain would have opposite polarity of the direction of the current and Inductor transformation for the s-domain would have the polarity of the direction of the current

[@Honeydew818]

learnt transformation of RLC circuit with initial conditions

[@mohamedidrees8603]

pay close attention to polarities as it can matter when is (-) or (+)

[@crazedpeople6635]

honestly this is the same with section c just that this has intial value

[@trixnne]

Take note of the polarities of the inductor and capacitor

[@nazrulhawk]

transform of RLC circuit with initial condition

[@DhoshithaBalaji]

learnt how to transform of RLC circuit with initial condition

[@kyanlee1154]

taking note of polarities

[@yxsew5598]

take note of polarities, transform of circuit with initial conditions

[@hvfyzul]

The importance of inductor and capacitor polarities

[@rek7760]

need to watch out for the polarities

[@grandpapa8714]

take note of the polarities

[@sudhinvivekanandan2602]

importance of polarities

[@protozenon9786]

take note of polarity of inductor and capacitor

[@AndreYapHJ]

Importance of polarities with S-domain circuits and Inductors and Capacitors

[@aqwjkor]

transform of RLC

[@ChueThinzarHtun]

how to transform the RLC components with given initial conditions and the importance of polarities from the circuit

[@dylanlee3402]

look out for polarities

[@i.kuroyuusha5718]

C AND D IS EQUIVALENT

[@amoschew8819]

need to take note where is positive or neg

[@HilmiSchool]

Be careful of the polarities for Inductor and Capacitor

[@mohdshahrilizzanbinmohdsha9361]

take notes of the polarities of the inductor and capacitor

[@ardiyastika9640]

part c and d is both the same

[@randomboiboi8142]

c and d same

[@nemoo8969]

both c and d are the same

[@davennair2499]

need to watch out for the polarities for the total voltage

[@triiro]

take note of polarity of inductor and capacitor

[@ayanon8610]

c and d same