Finding voltage across capacitors in the electric circuit. Example with solution

This video explains how to simplify electric circuit with capacitors and how to find voltage across each capacitor and energy stored in capacitor.

[@stephenskidrow3981]

Excellent video,helped me so much.Those who want to clear the topic about how to find voltage across capacitor can watch this video.It sure wont dissapoint.Thank you so much

[@germas369]

marina ur voice helps me sleep at night. ty

[@charlesenricosalinas71]

This kind of technique is much simpler than the book, Thank you! Got subscribed and liked!

[@snickiesnicker]

This sure helps! Thank you for clear and precise explanation!

[@pushyourlimit2044]

your teaching style is very nice.......

[@70abod]

Thanks that helps me so much!
I have exam tomorrow :(

[@manwahal-mashani8910]

Thanks that helps me so much!
I have exam tomorrow :)

[@Germs0o]

This helped a lot thanks!

[@mdsm2710]

Germs0o hi

[@btoombstertriesyt6532]

Can you explain the part where you worked out the voltage over the 60uF capacitor, I thought it was the reverse to resistors (Potential dividers) when it is a capacitor so the voltage over the 60uF would be (120/120+60)*60, please can you explain why I'm wrong because I've always answered these questions by using the reverse and want to get the correct method before the exam. Thanks great video (*EDIT SHE IS CORRECT*)

[@btoombstertriesyt6532]

Nm you are correct my bad, i didn't realise you worked out V120 first and took it away from the total

[@ShashankPatel-ts6jf]

Is there any need to find the voltage second time across 60 and 120 micro farad capacitor

[@harshitsinghai1395]

it helped me a lot

[@ShashankPatel-ts6jf]

Mam we have already found the voltage across 60 and 120 micro farad capacitor then why are u finding the volatge second time across the 60 and 120 micro farad

[@AliAhmad-zn9vc]

Super

[@Sira-]

Thank you!

[@mohammedalqahtani6786]

this help me a lot thank you so much

[@aLQuarter]

your voice was also helpful

[@hemanthkumar3804]

I want how to calculate capacitor for various batteries to make elctronic circuits

[@maurinemoh271]

Thanks a lot

[@ivtiazahkam9568]

Please mam come back🥺

[@peachguystone7086]

Thanks for the vud

[@amitchaubey1661]

tooo helpfull mam

[@buhaypositiboPH]

God is good to bless us humans with TH-cam

[@Taz123tz]

thhank u so much

[@biologymathematics1827]

Thanks

[@manikalasarath2455]

while you are doing parallel operation with 60 and 120 you got 60 and again that is parallel with 20 but you didn't consider that then how come you directly say that v20 have 40v

[@ShashankPatel-ts6jf]

Yaaaa im also asking this question we have already found the voltage across 60 and 120 then why she find it second times

[@sudhanvab]

Dude voltage across them is different , 60 in first case and 40 in second case :)

[@muhammadrohullahfajar8106]

voltage diveder for capasitor its reverse with voltage divider for resistor

[@g.rabbanichowdhury3854]

ma'am what is that voltage divider rule that you used?? I didn't understand. it is different from the voltage divider rule of resistance.

[@vuduthasisters2695]

Tq mam

[@erblinbeqa6550]

This is literally the problem I have. Only the values are different.

[@harshitsinghai1395]

thanx

[@krittikabali1915]

A 3.43-F and a 4.79-F capacitor are connected in series across a 40.0-V battery. A 7.29-F capacitor is then connected in parallel across the 3.43-F capacitor. Determine the voltage across the 7.29-F capacitor. could you please explain this

[@avinashmaurya4293]

I want more (A.C.)RLC solution of problem. with switching and phase included. plz soon

[@overwatchplays9892]

thanks mummy

[@sudhanvab]

I didn’t quite get what said in between 8:58 9:00

[@narayanamohangorla462]

voltage divider formula.
used in resistor Vout = R2*Vin/(R1+R2)

[@pulipakaraviaknth5917]

in dc capacitor open ckt.
then wt all about this.?

[@AbdoInfo]

girl love electroncs i want to marry you

[@peachguystone7086]

Vid

[@guliyevshahriyar]

Sps

[@juanadarve4866]

hello marina tks

[@arsalanbaloch1763]

didn't help

[@abhileshprajapti2799]

abhilesh Gec

[@abbashussaintv3008]

not understand properly

[@victorhugomuzi]

The way of teaching by giving students things like 'the voltage divider rule' is completely useless. you might as well tell a computer to use equations where they apply. humans need to understand the fundamentals and the logic behind these things, not rules

[@keepernod2888]

Engineers need to understand the fundamentals, people want quick answers and move on. If im calculating total resistance of my board, i don't want to study how the resistors are made... i want to apply simple equations, that's it.

[@randomstuff23453]

вы говорию по-русский?

[@santoshgawali9064]

thanks

[@SHREEdharSimple]

Thanks