RLC Circuits (10 of 19) Series RC; Calculating Impedance, Current and Voltage

For a series RC circuit with an AC voltage source this video works though an example problem showing how to calculate impedance, current and voltage. Also shows how to draw the impedance and voltage phasor diagrams.

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[kdeliass]

Your DC/AC playlists are just great! Thanks a lot!

[juanrubalcava]

Great videos, thanks for sharing them with us.

[PhysicsMomCircusOfScience]

Thank you for making and posting this video. It was so well explained and helped me understand so I could do calculations for my research.

[yahiaahmed]

I think that rule of angle isn't tan^-1 (angle)=Vc/Vr, it is tan^ -1(Vc/Vr)= angle
thanks for your tutorial

[Yozollet]

very helpfull, thank you very much, i had this stuff in school about 10 years ago and you helped me repeat and regain my old knowledge, thank you

[adamderosditte]

your videos are the only way Im learning this stuff. Thanks from myself and every body else in class

[stevelitt]

this is as clear and concise an explanation as one could hope for. i'm looking forward to checking out your other videos.

[drewpierpont]

Vince Vaughn is the best circuit instructor ever.

[redmanmain]

great instructions as always i highly recomend you.. thumbs up without any hesitation!!

[Ilyaselho]

I wish that you extend all your precise explanations to mesh analysis, node analysis.... thank you so much

[Sk-ewcn]

Thanks for these amazing videos.
Awaiting for RLC Parallel ckt.

धन्यवाद

[CreativeBangla]

This video is amazing, except one mistake for the "tan^-1". I hope the professor reads this and put a comment on the video so it appears at that time, without deleting this video. Thank you.

[drewpierpont]

Thanks for your help. I really wish all instructors put instruction first.

[BISMARK]

i like the dark backgound it makes it much easier to watch. especially at night

[JohnClulow]

Thank you for this clear presentation. I now have a much clearer understanding of the logic behind the calculations. I am still struggling with an issue trying to measure the voltage drop across the resistor using my oscilloscope which is giving a result equal to the source voltage (sine wave) whereas the result for the capacitor drop is what it should be. Probably just something to do with how I'm measuring. Thanks again!! I'll definitely check out more of your videos.

[jonnyboy]

great video, , i solved them before and we had the same answers, , i guess im starting to understand it.. thanks!!

[kettelenegaspard]

wow, those videos are dope bro, i've trying to study them in my book, but it kept gimme headache, than you come

[XGSDEV]

What drawing program do you use for your animations? They are pretty nice, I wonder if you feel the time it takes to produce them is worth it?

[shep]

As commented in previous video, it should be tan^-1 181/141 = -.9099 radians and multiplying this by 180/pi = 52 degrees.

[jhjip-zyhn]

how do you workout the supply currnet and impedance? giving answers in rectangular and polar form.