Electrical FE /EIT Exam Prep - Linear Systems 1: RLC Transfer Function

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Edit: @ 2:34 ** inductive reactance, not capacitive reactance **
FE / EIT Exam Prep Series - Electrical Engineering
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[@TamPham-to6wh]

Jesus Christ speaker louder lol xD

[@TuberKMT]

Helped. Thank you! But I almost skipped it because I thought it was missing the audio track. 😝

[@Naanaashi]

Thanks a lot sir! Your voice is too low though. Volume maxed out on KZbin and laptop and can barely hear you :)

[@davidsigler8702]

Is the Vo equation given on the FE Handbook?

[@moisenistrian9566]

Thanks for the video, very helpful! I studied many of your videos to pass the FE exam. At the 2:35 mark you mention Z equivalent is the resistive portion plus the capacitive reactance - I think you meant the inductive reactance. Furthermore, since you're now referencing Z equivalent, you are no longer in the time domain, since Z (impedance) is a frequency-domain (or Laplace domain) attribute but inductive reactance (wL) is a time-domain attribute. It is nonsensical to reference time-domain values (inductive or capacitive reactance) when you're talking about impedance Z which automatically puts you in the frequency or Laplace domain. It would be more accurate to say Z equivalent is the resistive portion plus the impedance of the inductor (jwL) so now both the resistor and inductor are in the frequency domain, which is where they belong when discussing Z.

[@georgev9569]

Is this guy under his blanket in a room full of people whispering into his mic

[@sharlookhoolms]

awesome explanation but your voice is very low

[@Snipingbentleys]

Would 1/(.5s^2 +1s +1) be correct too?

[@dainyprabaharan]

Yes! If you multiply the numerator and denominator by 2 respectively (which doesn't change the value of the answer) you would get the correct answer in the same form as the video.

[@erikbuckner8045]

What was you hiding from the mob when you recorded this? Thanks for vid though

[@samehmosaad1156]

This answer is wrong I1 = .6 , i2=1.1 , i3 = .5 , power 1.1^2 = 1.21 watt

[@bozheng2271]

I can barely hear and understand what you were saying...

[@HassanAQ-y2t]

You need to point each equation in the handbook first before solving it otherwise is not really helpful