Finding Charge and Voltage Across A Capacitor In Circuit

[@glennjones7159]

You make things so simple and clear. Your format is excellent. I have subscribed and hope to be following you for the next year of electrical circuits. I wish I found you a year ago. Thank you.

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Your voice was so soothing it calmed me down and helped me learn!

[@blahmonster1234]

Beautiful video, I could have saved 1.1 hours of my life by just watching this instead of my professor's lecture.

[@mrnnangammbi9442]

i honestly never thought it was this complicated...use to take it for granted ...thanks for waking me up

[@Vanqofficial]

Thank you very much for the video. Everything about it was explained very well and just at the right pace. And I loved not having to wait and watch someone write it out - your digital presentation was excellent. Thanks again, I think I'll be going through all your physics videos to freshen up my memory :)

[@ashfordlarynx9967]

I read this in Kevins voice

[@LeemoSince1996]

THAANKSS!! Was too lazy in class couldnt focus This helped alot :P

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i got this question in my exam today, and if weren't for you, i wouldn't have solved it. thanks a lot brother

[@boikhutsolepholletse4971]

you just saved my semester man thank you very much

[@jacobpickos733]

You're a legend. Great explanation. Thank you!

[@VihanRansika]

Everything is to the point. Well explained sir. Thank you

[@Jionunez7]

This just saved my homework! Thanks for explaining this. My professor never even covered it!

[@RohanBojja]

Thank you! Best explanation I have come across so far!

[@mohamedabdulatief3281]

Well explained.. Thanks.. I had a similar question and I didn't know how to solve.. Thanks a lot.. It really helped.. Now this chapter is really easy

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this is the best thing ever!!! I love my teacher and she really does know a lot about physics but she is really bad at explaining things... This video just saved my life. :D

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you explain this better than my professors do. gooood job.

[@piyushbhardwaj5753]

Awesome explanation and u have really nice teaching skills with a gentle and smooth voice. Hope u make more videos relating to physics problems.

[@LordStDennis]

This was indeed a most informative tutorial on Capacitance!

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WOW! this VIDEO of yours is FANTASTIC! down to earth explanation,so that everybody can LEARN! 😎THANK YOU SO MUCH! YOUR VERY COOL!

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adderall much?

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You just saved my life!! Thank you so much!!!!

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if you LEARN from this VIDEO TUTORIAL, kindly SUBSCRIBE and LIKE it! he deserves it, CREDITS goes to him👍

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Yap

[@adreeeeezy]

I was having so much trouble with this, THANK YOU!

[@naoh50]

thank you....you are amazing teacher.... god bless you

[@bharathtej2408]

"time to run backwards" that's it I understood everything ❤️❤️❤️

[@Jcpz23]

Thank You NP I appreciate your time!

[@samless782]

Thanks man! Wish you uploaded abt more topics

[@Regulatorrobb]

thank you so much! you are my hero mr. or miss/mrs.

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You make it look so easy!! Thanks

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here in 2021 and this is still a great video

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Fantastic video and presentation

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You're goated bro thanks!

[@nokulungamacu]

now its 2023 and im going to pass my capacitance tomorrow thanks

[@abdulazizal-zadjali8574]

Thanks a lot Amazing solution Keep it up

[@nicholecampbell8503]

Thank you so much for this...it made a huge difference....

[@whitepride1004]

Funny how easy all this stuff turns out to be when when you're learning from someone who explains the subject matter in SIMPLE ENGLISH! I have no idea why teachers often feel the need to over complicate the shit out of things. It's almost like they think it makes them look smarter to throw in as many unnecessary terms and symbols into the lesson as they can. Thanks for the upload.

[@chrisoca958]

Thank you so much for this! Very helpful!

[@hypnosstratagem1277]

Great video. Thank you so much for this.

[@tajindersingh8367]

very well explained! thank you boss!

[@NPTutoring]

@WhutsWhat thank you! There'll be many more videos coming soon

[@hennaali5814]

Does this "working backward" method also apply to resistors? Or only capacitors?

[@johankou4778]

it works the same for resistors!

[@mudasiruabdurrahman5674]

Love your method!!!

[@NPTutoring]

No prob, will have many more vids coming!

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This was awesome 🌌🌌

[@dejopumpin1]

Thanks well explained really helpful

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Great video!

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Excellent video thanks

[@WreathStorm]

So grateful! Thanks!

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you rock! keep up the good work.

[@TimothyWynia]

The man: you are him. Time to study for my final.

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Thanks for Helping....!

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great video thank you!!

[@crazymanmot]

I give you many many thanks.

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Epic dude you are just awesome thanx so much

[@prasannathapa1024]

thanks for the lesson

[@farhattKhan]

Thanku.

[@DakotaHarms]

Very helpful thanks

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I LOVE YOU SO MUCH RIGHT NOW!!!

[@esha_bs]

Thankyou soo very much for your help!!! :D

[@BelligerentNeckbeard]

This was helpful.

[@shamnamuneer6597]

Exactly what I wanted 👌👍😁

[@wakkendul1434]

what is 10-5 coulombs n 10-6 farads where it comes from?can you explain it for me? because im a beginner in electronics

[@MasPaws]

+wak kendul Scientific notation. Google it to get a better understanding. 1 µC = 1 x 10^(-6) C. 1 mC = 1 x10(-3) C. 1 nC = 1 x 10^(-9) C

[@greeniegree]

that VOICE!

[@samarthsingh9210]

Thanks!

[@ontheedge422]

thanks that made sense.

[@florabella8565]

Why do you do the inverse?

[@rajphotawala1017]

Big help

[@prantokumarsarker9460]

Thanks bro/sir❤

[@LastSider]

Equivalent Capacitance. Is the sum of the capacitances.

[@angie96blizz]

Thank you!

[@mateusresende4371]

Thanks man!

[@DinuJank]

but what happens when we have AC voltage?

[@ahmedaboda3443]

thank you

[@Logicguru09]

Why have you expanded this small question which is very easy for any one

[@franciscoaguiar2389]

paras suyal ITS NOT EASY FOR ME BIOTCH

[@killermanjaroo]

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thank you!!!!!!!!!!!!!!

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you sound like Prince

[@franciscoaguiar2389]

So voltage is always constant.. UNLESS WHAT

[@ayeshazeeshan9151]

UNLESS the capacitors are connected in series

[@azimuth809]

Thanks.I WISH U PEACE

[@RisingWarrior243]

How can 5÷6 be 1.20 ....???

[@NPTutoring]

You need to take the inverse of 5/6.

[@Sam-ib6xl]

Did I hear a NOR ?

[@RaulRosasChin]

But do you even lift? Haha

[@KarenWasherGrudzien]

TRUMP 2024

[@individualsunite]

Thank you for the help

[@RohanBojja]

Thank you! Best explanation I have come across so far!

[@spagetmoney9453]

Thank you!