Where is the impedance in Laplace transform of capacitor (1/sc)
@MémorialdemonPapa-h9f21 күн бұрын
Hello, I think too that equation 2 should be (matrix current) ? (georgevendras5450 remark) ------------------------------------------------------------------------------------------------- | Total voltage = i(s) i1(s) | ------------------------------------------------------------------------------------------------- | 1 / (s^2+2*s+2) = 1 + 2 / s -2 / s | | 0 = -2 / s 2 / s + 2 + s | ------------------------------------------------------------------------------------------------- With matrix current we don't care about + and - signe on the component ?
@varun973327 күн бұрын
I really find these videos interesting as a first year undergraduate
@TD.21Ай бұрын
Thank you mam, helpful video, do bring more such type questions from other electrical engineering topics as well.
@TD.21Ай бұрын
Thank you mam😇🙏
@TD.21Ай бұрын
Thank you so much mam, important question series covered 🙏😇
@TD.21Ай бұрын
Thank you mam, nice video🙏😇
@TD.21Ай бұрын
Thank you so much mam, aapke lectures bahut helpful hote hai concepts ko samjhne aur revise karne me, thanks a lot mam🙏😇🙏
@TD.21Ай бұрын
Thank you mam, nice explanation🙏
@TD.21Ай бұрын
Happy Teachers Day mam💐😇🙏
@SMVLOGS-tb1lyАй бұрын
Mam can we solve this using source shifting method
@SMVLOGS-tb1lyАй бұрын
Wish i should have seen this vedio yesterday. This same question repeated in my today's network analysis exam (backlog) I was unable to find vx even spent lot of time on it
@TD.212 ай бұрын
Thank you so much mam, concept nicely explained 🙏😇🙏
@vishalchaudhary38042 ай бұрын
Thanks ma'am
@surendrakverma5552 ай бұрын
Very good 👍
@TD.213 ай бұрын
Very nicely explained mam, aap signals and systems and control system topics bhi aagey if possible cover kar saktey hai.Thanks👍🏻😇🙏
Thankyou mam this video is very useful for me and other student's 😊😊❤
@TD.213 ай бұрын
Thank you so much mam, grateful to have a teacher like you who makes learning easy and understable🙏🙏
@Peakyblinders-p2f3 ай бұрын
Mam your questions are too good and also with great explanations .... thank you mam❤
@TD.213 ай бұрын
Thank you so much mam, aap bahut accha padhati hai, jisse topic clear ho jaata hai🙏😇🙏
@TD.213 ай бұрын
Thank you so much mam👍🏻🙏😇
@TD.213 ай бұрын
👍🏻🙏😇
@TD.213 ай бұрын
Thank you so much mam, aap topic ko bahut acche se explain karte ho, mam aap signals and systems, digital electronics and analog electronics topics ke bhi aagey aur videos upload kijiyega.Thanks👍🏻🙏😇
@TD.213 ай бұрын
Thank you so much mam very nice explanation 🙏😇👍🏻
@jisnaraju16754 ай бұрын
Ma'am from which book you took this question??
@rashmiagnihotritiwari82114 ай бұрын
Almost all questions in my videos are taken from previous year engg. question papers.
@farismashaqbah57914 ай бұрын
How come L1= j5 and L2=j10 while j5 and j10 are the values of the inductive impedances?
@rashmiagnihotritiwari82114 ай бұрын
Sorry, it should be XM = k* square root (XL1*XL2), therefore XM is 5.66 Ohm.
@AnshikaPatil-mw2iu4 ай бұрын
Plzz mam give a answer
@AnshikaPatil-mw2iu4 ай бұрын
The switch is closed at t =0+. With zero current in the inductor agar ye condition di hi to i(0+) ki value kya aayegi ( switch is going to close, R=10 ohm, l=1H and V=100v)
@rashmiagnihotritiwari82114 ай бұрын
i(0+) = (0-) = 0, because the switch is opened at t = 0- and at that time the inductor behaves as an open circuit, which will continue till t= 0+ also.
@p.a.b5095 ай бұрын
Thank you mam, there is confusion in 4th point(3a), mam you take 4u(t-3a) but it is u(t-3a)
@drem_135 ай бұрын
لو اعطئ موجه sin كيف احلها?
@bkj-sy4fs5 ай бұрын
Tnx alot mam such hard work
@NiazMdRafi5 ай бұрын
33.34 ohm ( Ans)
@shankerlal50236 ай бұрын
Nice explaination
@drem_136 ай бұрын
اين يمكن ان اجد شرح لابلاس ترانس فورم ?هل يمكنك ان تبعث لي رابط الفديو لو سمحت
@rashmiagnihotritiwari82116 ай бұрын
The Laplace transform is a mathematical tool used to solve differential equations. It helps in converting differential equations into algebraic equations, which are often easier to solve.